SCIENTIFIC ABSTRACT MOLOTKOV, P. I. - MOLOTKOVA, YE. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001135110003-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

- POLUM. I.r.
Nothad of atudtring damagen to vo2l canted br clwx ctLttiW
and fallovizC erosion processes In mo=tsin forectse
Poclmwedunle no-807-91 AC '6G- (*M 13--8)
1. Uhminakly amuchno-intledovatellakEy inatitut letwo
khosrWstva, I "IssomeLioratsil.
(hreat soils) (Irovion)

KOWTrr P.
UrIT reproduction and abnormalitisa of the
decidua Kill. Bot. zhur. 45 no.4c M-FS Np
(Wacheyd * District-larchf
(Lbiormalitiag (Plants ) ~'.
(Toreat acolcu)
flovertn 1drix
160. 1 (K=, U:5)

MOLOITKCIV,t_~~UJIMM=0 P'S.; GuRUSEVICR, Lx.~ Irolomu, I.I~;
P.S.; CIEUVATYYI O.V.; POUAIA'CVSM, A.I.t OtT., za
2P
vypusk; PZCM.7KD, V., red.~ LIJCHKIV, H., tekhn. red.
[Vmutain farreat types] Tipy gomykh lesov. Ifthgorod, Zakarp&t-
skoe ohl. knizhua-gazetmoe lzd-vo, .1961. 79 p. (MU 15:7)
(Transcarpathia-Forests and forestry)

8(6) p 9(2)
4 /r7:
AUMOR: Gandin, B.D., Molotkov, R.A., Engineers
TITLE: An Instrument for Tenting Thermal Relnirs and Automa-
tic Settirg Devices
PERIODICAL: Fnergetik, 1959, TTr n, pp 22-~3
ABSTRACT: The aw;hors describe an 44.~trument for testIng Vlpr-
mal relaye and automatic setting devices with a -.-for-
king current ot up to 50 amps. The porta~1e inqtru-
ment; has a weight of 0/.7 kg and the dimensions of
380 x 205 ic 170 rm. A photograph of this device Is
,ure 1. The circuit diagram is sho~,,m in
shown in Pip
Figure 2. The device consists )f a trnnsformer -,vith
a magnetic shunt, one E421 ammeter with a meAsurint,
current trnnsformer of type UTT-5, signal lamp YN-3
and the necessary number of switches. The deviie is
powered by 220 volts ac. The auV,,ors present conat.ruc-
tional details, coil data, for the trnnnformer, which
is shown in Figure 4. There are I photogrqph, 1 cIr-
Card 1/1 cuit diagram, 4 diagrams and 1 table.

15 kilo
87432
3/191/60/OCO/010/004/017
B004/BO60
LUTHORS: Skryloval L. V., INGNOW Gonor, E. S.,
Kazanalcaya, V. F. t-+.
TITLE: Polyglycidyl Cy&nurates as Heat-resistant Epo.y Resins
PERIODICAL; Plasticheakiye massy, 1960, No. 10, pp. 13-14
TEXT: The authors based on the U.S. Patent No. 2,809,942 to synthesize
an epoxy resin from eyanuric &aid and epichloro hy1rin (314 (Ve -Resin)).
[Abstracterls Note: The synthesis is not describedj. Number of epoxy
groups (29-32%), conter-t of inorganically bound chlorine (0-04-U.06%), ani
content of organically bound chlorine (5-6~) were determined. F.Ts resin
was polycerized either with raleic anhydride or phthalic anhydride. Its
thermanecharical properties wexe ex&mined and compared with those of
)A-6(ED-6) resin (a than resin). A better heat resistance (up to
170-1750C) and a smallor dielectricity loss were establlshe4 at high
tempera,tures, as coupa,zed with ED-6. There are 2 figures and 3 non-Soviet
references.
Card 1/1

S/LLO/60/000/010/008/014
MVEk55
The rafLuenca or Filler& on the Properties of Casting (Potting)
Compounds
tested were polyester and epoxid* compounds and also one epoxide-
polyester compound developed by the author and his coLLaborators.
The student T.V.Setkova participated in the gxpertw4ntat work.
Fillers wore selected fr3ja a number of matertats used in the
rubber and paint industries. Although Karahallite (quartz dust)
to extensively used, Little information is available about the
suitability or other filters. Karshattite is not always nuttabLe,
for example when good machiaabiLity t% required, Various other
special properties are required of compounds. The polyester ane
epaxide polyester compounds were based on unsaturated polyester
resin gredo DMQ-l MG-1) manufactured by polycondensiAtioa at
170 to 2(30'C. The rormuLations or the compouncts are given.
Fillers were introduced into the blended compounds until a
pro-determined consistency, or viscosity, was reached. The
consistancr was measured with a penetrometer at used for
petroleu= products but with a modified tip. Ifechanical properties
and spark resistance wore determined on standard rod specimens of
_4 2f 4

S/110/60/000/010008/014
E19VE455
The ractuence or rilLers on th* Properties or Canting (Patting)
Compounds
10 x 15 x 120 am. The specimens were made by castinX In &toot
moulds and hardening for 16 hours at L20% or 1400C, depending on
the rosins. Strength in btiLting and impact strength were
determined by standard methods and hardness by the Brinell method.
Dielectric properties were determined on disc specimens, ono of
the electrodes being a &tent cue. The dielectric tons angle was
determined at 50 c/s and the 50 c/s electric strength was
determined in transformer oil. The filter content wait
determined by ashing and weighing. The tent r*xutts &,re tabulated-'-
and show not only the influence of the nature of the filter an the
properties of the compound but also permit comparison or the
properties or thro* different tv
.pos; of compoundj6 with a single
filter or without any. The rosultr are described in adoo, detail
and it is found that compounds using VArshallite as filler hay*
the best dielectric properties while, thaso, with iron and zinc
oxides haye, the worst. Epoxide compounds hay* the beat mechanical
land dielectric properties. Epoxide-potyester compounds have better
Card 314

S/110160/000/010/009/014
tt94/r.455
The TnCluanc* or rillore an the Properties or Casting (Potting)
Compounds
prop*rties than polrester compounds. The bad orrect or Iran and
zinc oxides on the electric strength was particulartr marked.
The arc resistanc* or almost all or the compounds was low,
except ror that of the opoxypotr*ster compound with Marshaltito.
No ranson was discovered for this exception. Thor* are I figure,
2 tables and 5 roror*ncos: t Soviet and 4 non-Soviet.
SUBXXTTZD: Novembor 25. 1959
Card 4/4

68554
15.3110
AUTHORSi Molotkov, R. V., Tsirkin, Id. Z.
......... ...,
3/191/60/000/011/()04/016
3013/BO54
TITLk;t Epoxy Adhesives With Dicyano Dimmide as Hard~.,ner
PERIODICALt Plasticheakiye nassy, 1960, No. 11, pp. 11 - 13
TEXTs The authors stu4ted the tensile and shear strength of adhebive -joints
nf various epoxy resins with dicyano diamide as hardener and various
fillers. For comparison, they tested the adhesive strength of joints g'.ued
with "Araltdit, Type 10. Besides, they determined heat resistance and
thermal aging of adhesive joints. The adhesives were produced on the basis
of epoxy resins of the types HL-4 (EV-4), 384 -4 (EVCh-4), and -) -44 (E-44),
as well as the precondensation product of 04 -6 (ED-6) epoxy resin with
dicyano diamide. Aluminum powder, powdered asbestos, powdered silica gel,
and Marshalite were used an fitlers. Tables 1 and 2 give the test results
obtained with the adhesives prepared. The authors glued crude-copper plates
100 by 25 by 1-56 au with a Sr. 4nell hardness of 115 kc/1=2. The plates were
piled up in a pressure device "Fig. 1), heatel to 1100 - 1200C, and
Card 1/2

88554
Epoxy Adhesives With Dicyano Dia~aide an 3/191/60/000/011/004/016
Hardener E015A1054
subjected to constant pressure. To harden the adhesive, the samples were
exposed to a temperature of 1300C for 4-5 hours. The tensile and shear
8trength/wa: testeg on a tensile-testing machine with an elongation rate
of 20 mm ml at 20 and 120'C (Figs. 2 and 5). It was found that adhesives
with 0.5 - 0-7 moles of dicyarto diamide per I epoxy group, as well as
adhesives with about 1 el. powdered asbestos, warrant maximum tensile and
shear strength of adhesive Jo-4nts. Adhesive joints obtained with the use of
adhesives with 7% aluminum po"der or 20-30% of Marshalite show lower tensile
and shear strength (up to 400 kg/CM2). It was found that some adhesives
produced with aluminum powder give joints which attain the tensile and
shear strength of joints glued with "Araldit, Typel". The adhesive with
IOA powlered asbestos gives a joint which is even stronger. There are
3 figures,2 tables, and 5 references: 1 Soviet, I US, 1 German, I Polish,
an4 I Czechoslovakian.
Card 2/?

87647
S/1?1/60/GOO/012,/CO6/016
EVO/BO6~
AUTHIORSs Molotkov, R. V., Lykova, T. A.
TITLEs Combination of Unsaturated Polyesters With Epory Resins
PERIODICLLs Plastichaskiye zmassy, 1960, No. 12, pp. 16 - 19
TEM The present paper gives results of investigaticna of some
properties of epoxy-polyester conpounds in dependence on their composi-
tion. They were shown to be uaaful for the production of laminated glass-
reinforced plastics. In this study, mainly the method of thermomechanical
curves devised by V. A. Kargin and co-workers (Ref.5) was applied. In
addition to the thermomechanical characteristics of the cured epoxy-poly-
eater compounds, also the temperature dependence of tan 6 was determined.
To produce these compounds, the polyester resins TTH-1 (PY-1), 3"0 (EXO)
(a polycondensation product of ethylene gljrcol, maleic anhydride and
oleic acid), andA)MCO (DEMSO) (a condensation product of diethylene
glycol, maleic anhydride, sebacic acid and oleic acid), as sell as the
epoxy resin 3A-6 (ED-6), were used. Besides, styrene, maleic anhydride,
quinhydrone (inhibitor) and benzoyl peroxide were added. The therio-
Card 1/3

97647
Combination of Unsaturated Polyesters With SligIV60100010121006IC16
Epoxy Resins B020/BO66
mechanical curves were obtained by measuring the deformation at a load of
5 kg at evenly increa9irg temperature (50 C per hour). Keasure=enta wvre
made on a modified device for the determination of the dimensional
stabillty under heat according to Vicat. The tan 6 was measured at a
frequency of 50 cps and a gradient of 1 kv/mm by means of a "MFU" ("IMP")
bridge, A steel vessel time used as high-voltage electrode, the measuring
electrode and the guard ring were made of an aluminum foil. The tempera-
ture of the saraple was measured by means of a thermocouple. Henintance to
heat, limit of static flexural strength. and specific resilifnce of
laminated glaBs-reinforced plastics were determined according to
respective rOCT (GOST) standards. To deter=ine 'the effect of, compositJon
of epoxy-polyeoter compounds on their properties, the dependf!nce of
hardness and tan 6 at different temperatures on the content of epoxy resin
and maleic aahydride in the compounds was determinel (Figs.1-5). Figs'1-5
illustrate the resultarit tan 6 and hardnessee for several epoxy-polyester
compoun0s with equal content of styrene, benzoyl peroxile and quinhydrone.
Figs-4 and 5 show the thermomechanical curves for the cured compounds with
the polyester PN-I. Whan combined with polyeaters, the epoxy resin
appreciably improves the temperature dependence of tan 6 (Fig.6). in the
Card 2/3

87647
Combination of Unsaturated Polyesters With S/ 19 1/-'1O/C'1-;0/0 12,,'OC6,'1-- 16
Epoxy Resins 3 ~ ~'
table, the properties cf P14-1 polyester and an epoxy-polyester compound as
a binding agent for laminated glass-reinforced plastics are summarized,
and the advantages of the latter become evident. Epoxy-polyeater binding
agents for larzinated glass-reinforced plastics with high reoistance to
heat and strength may, thus, be considered quite suitable. 0.11,Sherina,
A. L. Frolenkova, and D. E. Bakhmerdo, ntudcnts of the Lf~riinrradakiy
politekhnicheakiy institut im. 1!. 1. Krilinina (Leninerad Poliltechnic
Institute imeni M. I. Kalinin), assisted in this study. There are
6 figures and 6 references: 4 Soviet, 1 'US, and 1 Britijh.
Card 3/3

ISAKOVICH, M.M.; MOLOTYWV RX.
Apparatus for determining the gelatinization time of ep~xide and
polyester compositions. Plast.massy no.5-6C-61 '62. (KIRA 15-4)
(Resins, Synthetic) (Gelation)

L IZA . KWP(J)/E*T(sa)/13DS Ay.FTc/AsD Pc-4 -RM'
3
M9 AMM303
8/0191/53/0W/007/0017/0020
TaIrking U. Z**-; Mv1Otk*?# N Vo; Naft
iskayal V* 7
;C Wing
SOMKZ~ PlastiObefi4ys mant7p no* 7t 1963t 17-20
tTOPIO TAOS.- anhyarjdfs, rethyltatrah7drophthalie =h7dridep
~epo*q resin, malaic azb7dride, plastio eurInG agert*
U-9
.1-oalm otu~idg agent, as comVivd to malsia and Dhtalia athydikest now %7;8S of
~aurlnglagonte were syntbasived and te3ted The snth5simd curingagants are
r
'thalie anhydride., The pbyal co-obeml _~_Pertias and dits2j)ctr4a propertle
a of
the conpouads cured with the above cmbydriilos are clos-A -to ~ho proportion of the
compm,jda cured with rmlsic and phrhalio anhydrides. Usth7ltetrah7draphthalic
aaih:MrA.ds possesses better properties than tatrah7drophthalAo amhydride, it
also has an advantage over nalelo and phthalia anh7drides s;lnen its resins have
a Io*Mr )Are $pan,. Is 3.688 volatile thun =161o anhydride, aad has a =eh lolmr
card.

MOLOTNOV, Roman Vladimircvichl, LYKOVAt Taz&r& Alskseysym;
I . 11 1- SUMZ,, G.B., re4.; LU&SHEVA, F.A,, red.W-va; GVIRTS,
V.L.p tekhn. red,
(Premixes, the now molded materials] Kovye presomaterialy -
premIkay. leniqtrad,, 1963. 19.p. (Laningrodskil Dom nauchno-
tekhnicheakoi propagandy. Obmen peredovym op7rtome Serila:
Sintaticheskis atterialy,, no.4) (HIRA 17:3)

L 31920-66 EWT(Wt)/EWP(j_)/I- up(c) P9
ACC tAR, Ar(,007971 (A) - ' 'SOURCE; COZ~;c UiVOI91/66/'C-OO/W)/0(31-/JOO'~'I
14014mms 00 r".
MI(CM EntakhIcao Tev'Sp; Myt 0. L.; VajQtkov, a, V WAlin
Luslovich, ire 41 rme; ftubinstAyn, E. I.- - UvklnuMn,
bina, -To
he V*j LykaVap 871~co ~pV
CHGt none
TITV,t Alkanylauccinic %oIA anhy4riAas as harRaning ments for elmy r-jains
SOUAM rlastiehesklyq massyp noo 3, 1966g 54-57
'TOPIC TAG9& apoxy phstiop h-tr,9sntn,7,p soltA m,3chintcal propvtj
09TRACTe Tho authori qtttAteA th,3 q~mth,)edm xn.4 univ or alkmy1nuccinic act.Canz-
hVriAas its ItijU14 anA low-toxic h-jr-loning agnnts for epoxy rqsIns. lbo inhyArIA(ss
vqre synthosiW In an olectricAly hvLtm4 stpol autoclave with a nixing 46viae by
the reaation of maloia anhy4ri-Ttv with monoolerinst
R-06-M-al 4. a(.ai R-tH-CH-Q(-XJf-atv
h, ~ ~ k. ~ ~ .
d^^ 00\ (1N0
The following anhy-triged wgro kelsireAt (aciA# boiltnj point in Cp at yrassure ift ma)
crotylauccinic, 122-147, 8; poatenylarudainic,, 135-148,, 8; 4a-441conflauccintop 124-210C
card 1/2 UDG: 678*61Y4215673.C43

L 31920-66
HAI A-1160MM
ani a_Amdl ure of Isooetpll- anx laotionAnylsuccinto 155-.169g S. Epoxy,
E
eat S"s &M 900,Wre hir4q=4 by M at 140C Chr 24 hr,, ustn5 91-11%
as
r
BL
73-93- anA 47-57 g or 01-over 100 g or -poxy resins reSpeattiftlyo Using Almethyl-
affiltne or triethanol=Lne as tho mcaeleratorop khe hargening proeves was accomplts%-
M within 1~5-2 hr at 10OCe With tho aus!ption or thermal st-Rbility, wUdh was 25-35C
14werpthe physic8unchanical. propwrties or Me protucts obtKinsjA vet.,--%b16A very cloaft-
ly those obt%inM by tho ule of male!o naby-Alrift as the h-ir,4ening a(tant., Ortes art*
has& 6 tablost 4 figet dn-1 I foravla,
So GO%g 11,07/ SUBM DkTF,9 none/ W1 Mft 0041 OM UFt 00)

KOIXXOT, S.A.
Tire spreader. Becop. truds v prom. 3 no.11:36 1; 459.
(KIRA 1): 3)
(Imtomobtleg-Tiree)

RUZHITSKIY, V.O.; BYXOV, IJI.,; TOCHILIN, M.S.; KURYLEVA, N.A.; M0103M
Ultrabanic OSPIONIM brecai& of the Russian Platform. D&I, 0 933R 162 no.6s
1367-1369 is 165. (KPA 18 17)
1. Voronezhakiy gosuditratvannyy uni"reitat. Submitted Kirch 19, 1965.

NOLOTKOT, T. A -
Deholuluthization Intrickocepballaslo and asearfacts. tdra-r.Belor.
5 no. 72 t37-40 D 159. (KM 13:4)
i. rt Baranovichokay tauspidstantg1i.
(ASC,F-RIDS AIM ASCARIASIS) (TRICHOCIFFALIASIS)

KMXKOVI, V.k.
zffeatiYeneffs or anti-ascarlasis prepamtl=o Urair. Bel. 7 no.12:
54"55 D 161. (KIM 1592)
1. Is Bamovichaskoy gors=epi&tantaii (glavnyy vrach - waluzhennyy
Yrach respubliki A.A.AbanavLch).
(ASURM A 0 AArARTASIS) (MMMVITIGS)

133-58-4-23/40
AUTHORS: Dorokhov V I and Lopatin, L. V,, Candidates of
Technicai Be* ieLe and A., znGineer
TITLE:; On the Evaluation of the Quality of Boiler Plate
(K oteenke kschestva kotellnogo lista)
PERIODICAL: Stall, l0o,5% Nr 4t PP 348-352 (USSR)
ABSTRACT: The evaluation of the quality of boiler plate (e, to
25 mm thick) accordin& to GOST 5520-50 baced on tne
examination of fracture for lamiaations is discuase6.
On the basi:s of evidence collected on the Works imeni.
Illich during 'the insp--ction of the plate and special
investigations carried out in order to establish the
nature of laminations and the influence of testing
conditions on the results obtained the followinG
conclusions are drawn: 1) on evaluating the quality of
boiler steel accordinS to lwminations observed in the
fracture of tect specimens, it is necessary to
differentiate laminations of the first type, i.e. such
laminationf; which physically exist in the steel In the
form of breake of continuity before the tests, and
lamination.,; of the second type which are for--ed during
the break of the speci=en in places of liquatioas
Card 1/2(segregatioa) strips. 2) The appearance of laminations

On the Evaluation of the quality of Boller Plate 133-58-4-23/40
of the second type depanda on the temperature of the
test. spread of applying the load, structural state of
the metal of the specimen and other test conditions.
All factors promoting brittle fracture of the specimen
lead to a decrease of dinensions 4nd numtir of such
laminations or even to their aomplete dieippearance.
Therefore, the evaluatioa of the quality of steel rroa
the appearance of fraeture without taking into considera-
tion test conditions cannot be considered as reliable.
3) Therefore the test for fracture according to GOBI!
5520-50 Shouid be replaaed by an investigation of the
macrostructure of plate. 4) In-view of the development
of the production of thick plate GOaT 5520 should be
extended to plates up to 200 to 250 mm thick. In vlow
of a large ran&e of thickaess or boiler platen, scales
of macro-struatures for various thickness ranges shoald
be included into the standard. For plates 50 to 150 mm
thick the scale used on the works imeai Il'Alch (Fig-7)
oan be used. There are 7 figures and 2 references, both
Card 2/2 of which are soviet. In the editorial note further
discussion on the sub eot is invited.
ASSOCIATION: Zavod In. Il'icha 4orks imeni Illich)
1. Metal plates--QLality control 2. Netal plates--Test results
3. Metal plates--Irispection 4. Boilers-Katerial

a14.;

MEMA. D.r.; KOLOTKOT. V.A.: USEL', R.I.; MOMMA, r.G.
rimeetwatli-i-ihs, effect cu ingot Ketal praperties of electric clag
hot top heating usinG graphite electrodes. Avtou.mr. 12 no.1:81-86
IT& ~59. (KMA 12:4)
1. r1yevskly ordens Lenin& politektmichankly in4titut (for CberneCa).
2. Zhdanovskiy metallurgichasUr %and in. r1lichm (for Kol4t1mv.
rQuall, Troeizova).
(Steel Engota-Teeting) (52&g) (Ilactro4ag, Carbon)

3/137/60/000/010/006/040
A006/AOOI
Translation from: Referati-.nyy zhurnal, Metallurglya, 1960, No. 10, P..60. f 22682
AUMORS: Skoblo, S.Ya., Dorokhov, V.I., Kolotkov, V.A., Eersverzav&, Ye.G.
T=i Investigation of the Heterogeneity of 7-ton and 16.5-ton Killed
Steel Sheet Ingots
PERIODICALt Sb. nauctm. tr. Zhdanovisk. metallurg. In-t, 1960, No. 5, PP. 95-114
TMLTt Results are given of investigations of various indices showing the
heteropnelty of killed cr .3 (st.3) steel sheet Ingots of 7-ton weight and of
CT i22 K (St.22K) Ingots of 16.5-ton weight. The steels were melted In a basic
open-hearth furnace by the. scrap-ore process. The T-ton Ingots were &yph0n_Cd5t
Into a compaot-bottom mold of H/D v 2.8 and 3 - 5% conicity. The 16.5-ton ingots
were top-cast through an Intermedl&te ladle with 2 buckets into an upward expand-
Ing through-niqld of H/D = 2.4 and I - 3% conicity. The 7-ton ingots are ch&r&c-
terized by, a sharply marked axial (particularly In the middle 'Jortivin of the height)
and off-axial*haterageneity. The 16.5-ton Ingots are characterized by a stronger
axial and off-&xial heterogeneity. The main defects of the Ingot macro-structure
Card 1/2

3/137/60/000/0 10/0~6/-J40
A0061AOOI
Investigation or the Heterogeneity of 7-ton and 16-5-ton Killed Steel Sheet Ingots
are segregational streaks, enriched with P and sulfide Imputities, accuring at the
side of the ribs and ponetratlng Into the body to a depth of 50-W mm. Ine authors
established the high isotropic degree of the mechAnical properties or the Sheet
ingot cast metal. The mechanical properties of the metal ip flat sheet Ingots
show a higher relative homogeneity than those of multi-face ingots. The dIstrIbu-
tion of C, 3 and P is characterized by their moderate segregation or the upper
levels or the Ingot and considerable negative segregation in the zone of the
precipitation cone. A higher coniattr of the ingots will reduce the negative
segregation of carbon. The amount o! non-metallic impurities and the ability to
picklIng of the specimens, characterizing the compactness of the metal, tncrease
from the Surface to the axle of the ingot. The mechanical properties or the metal
decrease in the imam direo-.Ion, which indicates their direct connectlon-cith the
atmount of non-metallIa impurities and the compactness of the metal. The average
content of non-metallic impurfties in the 7-ton syphon-cant Ingrito is sonewhat
higher than in top-cast 16.5-ton Ingots.
Y61K.
TranslatoA notes This Is the full translation of the original Russlan abstract.
Card 2/2

3 (-A 7)
wo s/A8/61/ooo/ooq/oo!/o12
E071/E155
AUTHORSt Yavoyakiy, V.I., Chernega, D.F., llradko, 0 A
Tyagun-Bolous, G,.S., Hektursunov, Sh Sh,,
Bocharov, V.A., Agamalovaj L.L., Molotko-. V A-
Yakobshe, R.Ta., and Potonin, Ye.M.
TITLZi Electrolytic phenomena in the process cf ele-trollagz
heating of -..ngoto
PERIODICALi Izvestiya vysshikh uchebnykh tavedeniy. Chernaye
metallurgiy*, no.9, 1961, 32-43
TEXT: Electroslar, heating of ingot* is based Lin the ,)n4ic.
nature and structure of slag. On passing a current tProugk the
slag, situated on the surface of the shrinkage head, & ct~nuidorabl- \ /
amount of heat in evolved, sufficient to maintain the slag and 01\
metal in the upper part of the ingot during tts crystallisation
in the molten state. The object of the preserat investigation wes
to elucidate the influ"nee of the kind of electric curren'. on :he
processes taking place during electrostag heating of ing-:)tv, it
is advantageous to carry out the heating of the ingot tops in si,:h
Card 1/ 5

>,i;
Electrolytic phenomena in zhe process ... S/1k8/6J/OOU/009/001/,)Ia
E07l/El35
a manner that in addition to increasing the yield of good metal
there should be an improvement in the metal quality resulttrig f:-:im
the electrolytic effett and also from the transfer of a part cf
the segregating elements into the slag, The experiments were made
with four ingots of a square cross-section, weighing 1,~A tons of
15 teal lOf' 2(Ig (IOG2SD), smelted in 75 ton basit open hea7'J-
I
furnacon. The electroalag heating was with direct and *Itern.st'ng
current. For the firb" ingot the electrode introduced into tne
head part was connected to the cathode and "he plus 1D the ingct
(straight polarity),, the second ingot was heated with direct
-turrent of reverse polarity (minus to the bottom of -,he woul,_4.
plus to the electrode in the head part) the third ingot wao
heated with & 50 c.P~s, alternating tturrent~ the fc-Arth ingot was
y the usual practi~::e and was used eta a blank experimen%.
cast b-
The first three ingots were top poured through an intermedia:e
funnel and the fourth ingot was bottom pc-ared. A genera-cr
capable of producing 1000 A at 60 V was uved fcr t-ea.'_ng wit"
direct current. The'henting conditions were as f(illows)
voltage 48 v. current fer the first 60 minues 9cwf) A ftiA 'hen
Card 2/5

YA72
Electrolytic phenomena in the process- s/A8j6jL/(joo/ooq*001/,)12
E071P.C135
700 A; the duration of' heating 90 minutes. The flux for th!
formation of slag consisted of 25% fluorospar, 45% fi%tely cr-ashed
freshly ignited time, 30% chamotte powder. The ingots were
rolled into stabs 500 x 250 ~. Four tempLets were cut Cron
each slab and then cut into strips from which test specimens were
made. Mon-metalLic inclusions were determined metallographi:ally
and electrolytically. It was found that the distribution of non-
metallic inclusions in the ingot was the most advantageous oi
heating it with direct current of ('straight" polarity. This type
of heating lowers chemical non-uniformity in comparison WLth
ingots cast by the usual works technology and heated with
alternating current, or direct current of reverse lKiIiii-Lty.
There is a tendency for sulphur to be shifted towards the po.sitive
pole, whereupon sulphur near the positive pole is distributot
unevenly along the cross-section of the ingot in the form of
segregation '#spots,,. No shift of carbon towards the neOtiv'l pole
was established. During the heating with direct current of
straight and reverse polarity, in addition to electrolytic
phenomena, the Perrin-Tochinakiy effect leading to the refinIng
Card 3/5

3C679
Electrolytic phenomena in the process... S/148/61/000/009/001/012
F.071/EI35
of the metal of the hcad part of the ingots was observed. No
noticeable effect or direct current on changes in the content and
distribution or nitrogen in the rolled metal was observed. It
was esteblished that the content of hfdragen in the shrinkage
head decreases during crystal lisation of the ingot heated with a
direct current of reverse polarity and increases with direct
polarity (minus on the electrode). The mechanical properties of
the metal of the ingot teemed with heating by current of direct
polarity are most uniform throughout the whole volume of -he stab.
The specific gravity of the metal of all the ingots was atmost
the same. The pickling ability of the metal (weight loss of
cylindrical specimens in a solution of 65 wt. parts of I(C-
Z5 wt. parts of H2SO4 and 10 wt. parts of water at 70 qC during
40 minutes) along the whole slab is the highest on heating with
direct current of "straight" polarity and lowest on heating with
direct current of reverse polarity. on heating with alternating
current of an industrial frequency the quality af the ingot metal
was better than that of the "blank" ingot and was nearly the same
an an heating with direct current of "straight" polarity.
Card 4/5

30A-79
Electrolytic phenomena in the process..* S/148/61/000/009/0011/012
E071/E135
There are 6 figures, 4 tables and 9 referencess 8 Soviet-bloc
and I non-Soviet-bloc.
ASSOCIATIONs Maskovskiy institut stali
(Moscow Steel Institute)
SUBMITTEUt May 24, ig6i
Card 5/5

S/148,(61/0001009/004/012
E071/EI55
AUTHORSs Molotkov, V.A., and
TITLE3 An investigation of
ingots of an alloy
Fetisov, S.G.
the non-uniformity of sheet
steel
PERIODICAL: Izvestiya vyashikh uchebnykh zavedeniy, Chernaya
metallurgiya, no.9, 1961, 71-78
TEXTs The results of an investigation of the structure,
chemical and physical non-uniformity of two sheet ingots (9 and
a.2 tons) of a chromiumnickelmolybdenum steel are described.
The steel was ameltod from a cold charge in a 75 ton basic open
hearth furnace. The metal was preliminaeily deoxidised in the
furnace with a blast Curnace Cerrosilicon (calculated to
introduce 0.24% of Si) and finally in the ladle with 75% ferro-
iLicon and aluminium (4oo g/t). Both ingots were teemed Cron the
:
ame heat (0-32% C, 0.017% S and 0.015% P) and were top teemed
with an addition of 15 kg of lunkerits. The ingots differed in
their conicity (8.2 ingots wide face 1.4%, narrow 3.5%. 9-ton
ingot, 2.07 and 5.15% respectively). one Longitudinal and three
transverse templete were cut from each ingot for testing*
Card 1/2

An Investigation of the non- i ... s/l48/6l/co0/0o9/0o4/ol2
E071/E135
It was found that the two ingots were similar as regards the
nature of the crystallination zones. The chemical composition of
the metal and the distribution of oxide inclusions was sufficiently
uniform in the upper and middle levels along the ingot height.
At the botton tevel a actice&ble decrease in the carbon cancen.ra-
tion and an in-:~3ase in the concentration of oxide Lnelusions was
observed, The axial and non-&xial segregation was insignifiCant
in'both ingots. The nechanic&I properties were highest for the
wirface layers of the ingots (tensile and impact strength). in the
central zones of the upper and middle levels a decrease in the
mechanical properties, partituierly plasticity, was observed, The
structure and the quality of both ingots were satisfettory. In
view of the stmilarity of the quality of both Ingots, the use of'
8.2 ton ingots (with lower conicity) Is recommended; it gives a
higher yield of rolled inetal. There are ~ figures, I table and
3 Soviet-bloc references,
ASSOCIATION: Zhdanovskiy metallurgicheakiy inatitut
(Zhdanov Metallurgical Institute)
I)ncem-ber 21 1961

8010IMKIr" P.10; HOLM=,, V.kt Un-, T.K.
-----------
ffeat-tZO&ud rolled sections of lov-cArb= &teal. Standartlzataif&
25 no, 5OWS My C61o (K= 14 C 5) -
(ateeir Struatumi-Toating)
I

ILVOISKII, V.I. (Y&yqjskiy,, V.Ij; CERXWLt D.F, (Chernega,, D.F.1; DUDKO,
D.A.; TEAGUN-BELOUS, G.S. (Tpqwi--8eloux, G.S,.Ij HEKn7-qXOVO
S.S. (Bakurfuncy, Sh.Sh.]; BOCIAROYp T.L. (80eharov, V.A.];
AGAMAU)V&,, L.L.F, MQ=OYt.-T.A4 IAKOMf R.I. (rakabahe, R.U.1;
PoTAxim, F..m. froiiAn, re.tc.)
Electrolltic phanocana during the sUg electric heating or the
LbCots. Analele wtalurgio 16 na.20-18 Ap-Je '62.

MOLOTKOT# V.L.; FETISOV, S.G.
Nonhomolonettl of the shimt ingots of alloyed steel. A-utele
astalurgi* 16 no.2t36-44 Ap-Je 162.

TAVMKIY,o V.I.,, prof., doktw tekhn.muk; BEETURSUNOV, Sh.Sh', inzh.,-
GIEMOGA, D.F., kaM.tekhn.nauk; TIUMN.-IOL4M, G.S., kand.teeklm.rAuk;
DTJDKOt D.A., kwd,tekhn.nauk; Prinimali uchaatiyoLX,=KcX'
IOLY&YEV, Yu.P.; YAKOWHA, R.ra.; AGMIWMVA~ L.L.; GISKALEno, G.A.;
BOCIUROV, V.A.; KISSEL, N.N.; POTARI141, TeX.; SVOVA, N.M.
Electric alag heating and additional food of largo shcot
billats made of 1OG2SD steel. Ralf 22 no.7.,611-615 J1 162.
(YEIN, 15:7)
(Stool ingots) (Polling (Hotalvork))

KOVM191, O.P.; KTJRLrMINAO V.I.t ZRDAAPUSf.:IXA, S.;.HDLOTKOV V A
-
Ywhaniza of the oxidation or cellulose others by oxygen. Part 12:
Synthesis and oxidation of ethyl cellulose based on collalose tagged
vith radiocarbon at the glucoside 0 atcm. Vysokom.sood. 5 nO.4t
492-495 AP 163Z (KmL I6r 5)
1. Inatitut vyookomoleku1,y&rnykh soyedineaiy M SM i
Leningradskiy gosudarstvanny-y universitat.
(Cellulose others) (Qddation) (Carbon isotopes)

rAVOYSKIr, V.I.; DEXTURSUNOV, Sh.Sh.; BELTAYEV, ru.P.; MDWTKOV, V.A.;
DUDKO, D.L.
Metal distribution by consumable electrodes in the volume of' an
ingot during additional electric slag feeding. &vton. avar. 16
na.ID40-43 N 163. WRA 17il)
1. Koskovskiy Institut stall I oplaroy (for Tavoyakiy).
2. Karaeandinskiy politekhnicheakiy institut (for Bektursunov).
3. Zhdanovskiy metallurgicheakir zavod imeni Illicha (for Belyayev,
Kolotkov). 4. Institut elektroevarki imeni Ye.O. Patona AN
UkrSSR (for rudko).

KUV.MA, I.D., kand. tek-hn. n,,vtkj PRMHOROV, V.A.; FAII's, T.Y.;
RUMTSKAU, M.I.; EPMUSOVA, N.G.
Characteristics of the proditation or ,rest tar bxtra-ikrge
Wt. I gornorud. prcm. no.5:39-40 3-0 164. (KIRA 1817)

K(T.I.IMMY 0,~,,, -;, f --L~Ill 1-1-1 -24 SLAiFT-'i;AYA, P.A.
'Ifrtee313 and criliti~~n c:f ath,71 rylso. Vr.;ckcm, sce4. 7 ao.6;95it-
,-.t,l Jo t 65, (MIRA 160)
1. Jn.,3tltut vyookmolalml7arnyiLh sr.7edlr.,m17 1.1; SSSR.

I'OID7(ov, V. a.
FMYAYw,I;A, A. T., VOLWi--'~A, I,% G., and ~IJD.--.NICH, 7. A. "Th`~ Mtt";Uf; (-.)I'
tuberculosis prophylaxlz witi; -,h,! irloai (i-ep)rt I), "Ilidy a'A. ; Q~.
in-ta, Vol. 11, p. 4(~-4~6.
50.- U443/3, 19 Au.,u!jt 53, 12hurnal Iny're-h 31,atlyl, !:0.:2, 1,/,1,9,.

PMMWxt A, T,s IMOMFt 7, 0--,t. DM=trt T- A-
lbaflwU=w of t1w.-Wo"idim In imparimt4l tuberw1oods.
pod"trm,p llbakm Uo, 4j, Jdr-409. 50'. P. 40-T,
1. ortbawpattrm*ofchtldnatsDinaseawdratb*loowI
Anstaq &*lmlkAu4Lwl InsUtut* (Diro4or-4, k, lktanov); ad
of the h;attzt Of -.Iior*WoIW (DirogWr.80 Ge KhMin)`r ftOUn*.
=m 19!0 so tiov. 0 1950

PIMUTITA., A.T.; NXMKOT. T.Gw; TUDIRICK, Tsk.
Reproduatlon of an a.Varimantal sodel o: rheumtic fever* Top.okh.
wAt. I dot. 4 uo.4:34-4t JI-M 159. (KML, M12)
1. rx Imfedry detakiLlb bolexuar. patologich6skor austouit I uikro-
lAologil *41euskogo, m41tainskago instituta,
(MOMTIC TIV )

HOWTKOV , V.G.
- a:-,ato--v in coiienterlt!a. Tar-A7 inst. ekEp. morf.
AN Gruz. JSR 11:147 152 163. (HIP.A 17-111~
1. Kafedra pottoloj,~chenkoy anatomii !Imolenskogo maditoinakogo
instltuta.

MOWTKOV,,,._T*G,~, prof.; TOMMMOV, VA., do"fitnt
ftthomorpho2qgic&2 change& in the luars re#ecttd duo to chronic tuber-
aulosix. Trudy SHI 1607-51 163s (YJRA 1811)
1. rz kafe&-y natologicheskoy automil (zav. - kafedroy prof. V.G.
Holotkov) L goordtallnor khirurgli (zav. - kafodroy prof. A.H.Urtavenko)
Gaolenskogo gosudarstrennogo weditsinskogo instituta.

ACCESSION MR: AM36149
SqpCZ: ReferatLvay*r zhurnal.- Biologiya, Abe* INIZZ
AU1*0R: Holatkov, V. G.; Larionov, V. Go
TITLE: Pathologfcal-anatomical changes in the kidneys of dogs after autatrans-
plantation of a preserved right kidney
CITED SOURCE: Tr. Smolenskago med. in-ta, v. 16, 1963, lt9-137
TOPIC TAGS: organ transplant, autatransplantatLon, kidney transplant
TRANSLATION: It was shown in experiments on 21 dogs that a stable'graft was
established after autotransplantation of kidneys preserved up to 28 hours
(voiding of urine was observed after 2-7-days). One obstacle to a perfect
graft was the appearance of anatomical changes (pyelonephritis, stenasis or
flexian.of the ureter. causing hydronephrosis with atrophy, of the kidner).
After transplantation of ki4neys prexervedmore than 28 hours (up to 1000
hours), necrosis of the nepArons, thrombosis of the renal vein and other changes
occurred. Upon remove. :he second kidney, preserved no more than 28 hours
and transplanted to the aecks, urine formation continued. After the appearance

ACCESSION M. AR4-036349
pathological changea in the trangplanted kidney, compensatorr idapttve pticesses,
in the forat of hypertrophy of individual nephrous and. cogeneration of the canal-
LculL, appGared qdLte early. K.,6.
DATE ACQ: 1TApr64 8V3 COM L6 ZKCL-. 00
212
card

MOLOTKOV, V.G., prof.; ZARUDIN, V.V.; kand.med. nauk
Wdrk or the Smolensk Province Scientific Society of Patho-
anatomists for 1959-1962. Lrkh. pat. 25 no. 809-92 IE3
(MIRA 17;4)
1. Prodesdatell Smolenskogo, oblastnago nauchnogo, obshchestva
patologoanatomov (for Kolotkov). 2. Sakretarl Smolenskogo
oblastnogo tiauchnogo obshchostva patologoanatomov (for Zarudin).

KOWTICOT, T.I.
A ---_ 1 a -~ im'-ft
Investigatiom of the prop%gation of surface w&,wts along erlindrical
conductors. ZmAr LPI no,.18IM47 155. (Kw Wo
(Sloctric wres) (IllectrIc conductors)

4
ra--L-nn UO jumuw let" ty f i1 tor at Iio 4wmm~ of the
,, ', 'j(-1 ;F1. T-'7
195-~, ~j
polytec", Inst i-. IN) co-dfl:~ (Y

Jcf~9- vu. '4,
rrI
L017'p c
142. V
KO 0 -t-
11401.
194,
14e+,hcd 0
'e iz
tv- A. L
POlit VIP y,jes wire
occ, . tle- w I
. r. ~. al 't'-rjs
,,teres - a. -- I , 16
01-5 1 L f"'m '~ P~~
Ize 1, +. 'Ag'
0
The d)
~Jls Oj pe
e
as J5+'JcG is CL wric
^ter Uri 40n ed;
ax S. V L 5 #.-
t j%V*4 ~ojSj4t. ~ IE.
Inag, e
+ cis jrL- r-q e, I
for on ~he 'ii
on C-u
-Ot
dirc. cc,
'am on rtain
me L5'.jr irg M cor.
5:4 , ort tbA
Joint
t the lim
t
lerlt pOiA
isep- of
eLbsc

3/1 12/59/OrYWO 14/03WO85
AO~2/AOO I
Method of Determining Dynamic Hystsresis Loop by Means of Two Vol tmv~tf_,r~~,
111rAd intersity. Thr,~ugh the point K &line is drawn parjO.'r-1 tv X-oyl~- un~llk 4~,
cuts the straight lint drawn from the point L p&rmil(A ~o th~: Y-WE (t-n- rtbl- C1!~ S rA
of L is Hap> + H ). From the pnirt. M, of irJ^rsect!or, of th-se Itnes r~n 14,~ 11no-
IS the max1mum Tnarement of was;netic irduation. 4B duning an cyclg_ Is
plot~ted. The point P lies cn tha front of t1te dynamic loripAB - jav/(2,fW2~v_)-'1)*
Khere 1. is reading of the voltmeter of detector ays~~em cmire~-t,~l to tne
vinding'.4v C Is frequency in the alternattrZ current w2 is nunbtr ot turns
of the measuring winding, S is the cross-se,~tton 90, 4-ht core. Magnet!: ft'S11
intensities are calculateol by the fonvula 4 - D.4 U) 1, where- ij is r-_vstc-r of
DU Is mean diameter of the ccxv- and I is c-arre ., of th-~ m3gre'.1zing coil, 2
c rcults for a separate me-as-ur--ment of Imi and TM2 are E-.;ggest-A.
Card 2/3

3/1 IV%/000/014/031/085
A:052/AC01
Method of Determining Dymwda Hysteresis Loop by Means of Wo
N.
ty
Ts. K. S.
Translator's nottt This is the fall. translation of the original Russian abstract.
Car,d V3

PWROTTS. T.Tu.1 MOUCT. V.I.; PAWNDT, L.F.: PICLura. 5.G.
Low-power FeWite-equipped magnatic amplifiers fdr audio fr*quencies.
Trudr LPI no.194-.69-74 1 $8. (KIRA t1tlt)
Nwatte wtifterg)

MDrZTMT. T.r.
Vag,datic amplifier connected to a rectifier bridge GpipW vith
Capacitor fitter. frudy LPI no.194:75-FV4, ' 58. (KIRA IL911)
(Vagnstic amplifi4ra)

U12%
S/t94/6L/000/011/060/070
~S* 3, /0 J4/ D271/D302
AUTHOR: Holotkovo V.I.
TITLE: A method, of power sun=ation by transistors
PERIODICALt Referativnyy zhurnal. Avtomatika i radioelektrordke,
no, It, 1961, 14, abstract 11 K105 (Nauchno-tekhn.
inform* byul. Leningr. politekhn, in-to 1960, no, 9,
43-44)
TEXT: A method is proposed of adding powers in transistors,
not by their paralleL connection
(p, but bK connecting the necessary
nmber of separate amplifiera roper p asing must be preserved) to
a common magnetic core. Amplifiers are c - ipled onty carjax, by the
magnetic circuit. Input and output circuits can be d.c. separated.
The advantage of the proposed method consists in reducing the influ-
ence of the spread of traquistor parameters on the operation of the
Amplifier, by comparison irith the parallel, connection* and hence in
a considerably increased operational reliability of the amplifier.
Card 1/2

32915
9/194/61/000/011/060/070
A method of power sumationo&a U271/D302
The use of three amplifiers with 6 transistors permitted Ane to ob-
tain a power of 65-70 W in the loa t . with 24 V supply; amplitude and
frequency characterittias were satisfactory. The amplifier worked
continuously during hours- the form factor was < 10%. tt is
noted that disconnecting one of the transistors in one am of any
amplifier, operating in class C, does not substantially upset the
operation of the stage concerned- the proposed method can also be
applied in building amplifiers with common emitter and with common
base operating in 1-arious classes of amplification. Z-Abstracter's
notet Complete translation2
Card 2/2

S/L94/61/000/011/052/070
D271/DS02
AUrWRS: Holotkov, V.I. and Konyushev, A.I.
TITLE: A filament voltage stabilizer with a nagnetic ampli-
fier for electron tubes
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika,
no. 11, 1961, 23 abstract 11 E149 (Nauchno-tekhn.
inform. byul. Lehngr. politekhn. in-t, 1960, no. 9.
65-72)
TEXT: In an a.c. voltage stabilizer with a closed control
loopfiJLmagnetic amplifier, controlled by an electronic amplifier,
is 034d as the regulating element. The sensor - a diode with tung-
sten filament 4Q6C (4Ts6S) is connected totthe output terminals of
ttte system and reacts to the variations of the voltage. Theoretical
analysis of the output voltage stability takes into account the para-
meters of the amplifier, the sensor and the regulating element; the
analysis is based on the theory of ideal magnetic amplifier which
Card 1/2

S/194/61/000/011/052/070
A filament voltage stabilizer... D271/D3O2
presupposes application of high quality magnetic materiala. The
stability factor of the system is - 100-200 and the efficiency is
70-60%. 6 references. Z .Abstracter's note: Compiete tranalation.2
Card 2/2

HOLOTKOVO V.I.
..........
Some data on the state of supplying elderlr and senile persoce
with thiamine and riboflavin. Vop. geron. i geriat. 4t225-230
,65. (KM 19:5)
I& Institut, garontologil AM SSSR, Klyev.

1m,mr.-Kon, A. S.
"Determination of Free Acid in rin Salt Solutions'.
Zavod. Lab... 14,, No. 1, 1948. Uvoy State Univ. im.
1. Frenko, -cl948-.

tuilik (State UsIv.. Lmv). UIACWY4 tAk, It. Mt 4
(190J.-LIetic. of ClItO whk KUnN in ".'A.CC'o wAts, in
unsatidectory birwase a( the mamUft "Opoint. but m
to W*t lfp"Kl;tjds. Is wWWf"mdft-Apll. a( KAfs-
MI&O. fim sub6e k IfstiCOo sAm. foe otdr I br.
to the M440, win. a( tbt moksoorm. kt OmA 2r)-3r� min.,
wWof orithl.V lt.SM&nd inumedUter back titrue with
0.9 ;Uohr's%dC kin. with" tset ofthelatec: the
em of Molor's soft it tbes back tic mted witis ##~ t -oxr,
McMaq., RmltAcbKkwi(f"n('At- Nfe(Heatter.
fem with the vwrtis. G. it, rQ.OL4'-r&

143MMTA aglistont.
lvv~%$w
Pervaugenatemetrie d6t4rutuation of virtaln organic hydroxr
aelde. Dep.ta p*v.L*vtv.um. da.3 pt.2:32-33 '52. (KMA gal)
(Fermanganatee) (Acids, Organic)

77!7-

f-A-

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tartrats, cx1datima. Cftmtts *M. Wic7ktso bobotvsti tbo
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,d catk4w - X 2
itnte
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and cationj wrrs VAM si 0. 1 N solno ot tbrjr

&a 23 99.
ftAnd to 14 -Cb#*4 th4 d
art lot
V m
=
dram Thmm -add 16 od-TAY HjM "d O
WAD. urall the ppt. Is coTpigtor 4wotyw byt
AJ
o
. After it few
m1u. Iftmis tht t="j W~Lhr m1t witb OAN YA(uCf#,
Without catslyu, "Mad4n n1 wtrate took 24 hrv, tPut
Vrkh Ca*', lutmto wus 98,7.%, oxitlized "Ur I kr..'
v9z2%&1WShm Cul* wash cstl" bEd lta!fectv tbe
.0termo be detd. in the prasewe d Cul* Ims.
time'. K d*1414t "'I oxL-uted 79.1a%
'other 11 722()4% after 21 brs. lwn. stili d;J rAA

- Ah- Ith
lvxt and tmt an
vagg"ted io =1t Itm cts , etopuicla titer
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A sM oLUms bul z
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s4 of -2
USSR/Anal,ytical Chemistry - Anal~ 'a inorganic Substances, G
Abst Journal: Referat Zhur - ralmlya, NO 19, 1956, 618',0
Author: Kolotkovao A. S., Zolotukhin, V. K,
Institution: None
Title: On Acidi-Alkalimetric Determination of Urconium and Titanium
Original
Periodical: Nauk. zap. LIvivalk. un-tu, 1955, 34, 125-133
Abotmct: 7.r Is determined in its salts by titration with NaOH in the presence
of salts of tartaric, citric and aalicylic acid (concentration of
solutions of Zr ;P 0.1 N) or without tb&m (concentration of aolu-
tions -e- 0.025 N). With an ezcess of anions of hydroxy acids even
large amount of U03 and KpSOi4 are without effect; cathlons reactizg
with caustic alkalies interfere. In basic salts Zr Is determined
from the sum of basicity of solutions of salt and amount of caustic
alkali used up for its neutralization, the basicity being determined
on the basis of the reaction ZrO2++ 6r- t U20 --# (ZrF6)2- + 20H-.
In nau'.ral tartmte solutions Zr cannot be determined by the
CArd 1/2

USSR/Analytical Chemistrf - Analysis Of Inorganic S,,ibstances, G-2
Abst Journal: j
&femt z~mw - Kumiym, No 19, 1956, 61830
Abstract: potassium fluoride method, in salicylate solutions the error of de-
termination -0.8%. Ti cannot be determined by the above described
method since the fluoride complex of "r are more stable toward
alkalies than the fluoride complex of Ti.
Card 2/2

I 69c2i
&t2i-~O
AMORSt zalotukhiar T. X., solotkova, L. S. 5/076/601005/04/Ots/040
W1"""-W%AOGT
TITLE: The Relative Stability of tht Tartrat* .
Citrate-j Malate-, an& Salicyl&te Coaplexeslof Iron an& Aluainnst
PERIODXCLL: Zhurnal noorganicheakoy kh1mii, 1960, Tol 5, Wr 4, pp, M - 484
(USSR)
.LBSTRLCT: The authors mention the fact that published data on the conatitu-
tion of complex salts of organic oxy acids art insufficitnt and
contradictory. They chose tha compounds mentioned in the title,
because they play a part in analytical chemistry. RQlG.tiV4
stability was determined according to 1. T. Pya.tnitskiyte method
(Ref 2). A. mixture of potassium-aluainum-&lua and iron-assoniux-
alum was treated with the sodium salt of the, organic acids after
which Al and 176 were precipitated - partly- after addition of
NOR - with oxyquinalins, rn. the solution of the organic &aid.
the non-preeipitLtOd FS and Al, the degree of binding,
CC W Goonplex/exin* as welt as the ratio Mre/aLl was ae,terainod.
The results ol~tained art given in & table@ Tho tartr&te-f
aitrate-, aslatt-t sndL es.1 iqrlat *-a ample re a of iron art more
Card 1/2 atablo than the corresponding complexes of aluminum. The; ratio,

69OZ3
The Relative atability of the Tartrate-, Citrate-, SJOT8160/005/04106/040
Wate-, and Salicylate Complej.6a of iron an& B00413007
Llum4num
aroAra, of the degrees of binding of +ht, acaplezea of these oxy
&aids inareasts with the pff of the at-!ution. The stability of
the investigated, complex compounds of To and LI is in a r*ci-
procal r&tio to tack pff, at which the precipitation of Ft and
11 as hydroxide begins. There are i table and T Soviet r*f-
erences *
ASSOCIATION: Wrovskly Cosudarttrennyy universitat (Dtvov, ftat* University)
BVIKITTIM: Xanuarr, 30r t959
GavL 2/2

Z014TUMN. VA. -. EWIML, L.S.
Photometric and colarisatric daterminatiam of thallium in the
form of thallic hydroxide. Ehar.aml.khis. It no.2:248-249
"P 056. (nu 9:8)
I. Lov*vskir gatmdarstrdwWr naEverattat.
(Tmil ium)

"u'Wam
wa,

lorAnOTA, G.S. (KolotkoviLe M.S.]; ZOLOTUKKIK. r.r.
Reaction of thallius trichlorlds with sodium tartrato. goak.
,KffP*V,rLr.t=* 46:155-160 951R. NUA 12--7)
(Thallium chlorides) (Sodium tartrate)

FOWYMMOIA . I . k .
OGh&nges Ln the fligher Nervous ActivitY of Oligophreniuz Du-3 to thi Uffects
or Bromine and Frolangel Sleep.* CaM Had Sci,, Inst of Experimental Melicine, Acad
Mad Sci U33HO lAningrad, 1953. (RZhBto1g Ifo, 71, Doe 54)
Survey of Scientific aal Technical Dissertations Wendel at USM Higher
Educational Institutions (12)
SO: Sum. Ito. 556, 24 Jun 55

a 1. 1, L.B.; ZORLBSKLU. AL.; MUR. K.K.-. MOLOTIOTA.. I.,&.
Prolongad sloop tharapy of tewporarr, disturbances occurrinC
in aligaphrerda. Zhur.neirr.1 pelkh. 54 ao,.2:149~-15z r 154.
(K12A 7: 3)
1. Institut sksperivientalOnay maditziny i Don Invaltdov in.
X.Karkaa, v Lealagrads. (Sloop) (Inefficiency. Intellectual))

iM Anlwl The Ke.~ ~(.ua .7yfttem.
.Is Jour : Ref ~hur - No 4, 1-953, 1859q,
.,.utbor : I.A. Mdlotkov"
Tn %4, : The rastitute of Z;qeriment~l Aeltcine or the Aca6deaq or
Medice-I Ccienter of the UZ.`!~-
TIMe : Certain Fecultrxities in the LstLblishment c'6 C=Utioned
Responsea to Z:i=4_It,,=eovz Complex -Otl=Ldi in Oligor4irentc
P&tielxts -
EUO : Yethegadnik. Ia-t, eksperim. red. Akad. mad. nauk IS-I"ZIM,
1-955, Leningre4, 1956, 48-51.
A'.1istre.ct:Ta olipphrenic patients pirritiye conditi=ed responses
were established to images of raimals by e,&ibittag, a pic-
ture of one for IT seconds. '17he motor technique w&s; employ-
ed with feeding reinforcement. Rcwval required 5 seconds.
la imbeciles conditioned resonses were obtained oaiy fcr
Card 1/2

WSP/Hmma and tuitmal lbysiology - The Nervous System. T
Abs Jour : Ref 22,.ur Biol., go 3, 1959, 13291
Author : Kolotkoym, I.A.
I:nst Tnstitute of Experiment4ml Medicine, Academy of Medical
Sciences %SR
Title The Study of Higher Nervous Activity In Patients In
Later Stages of Hypertension
Orig Pub Yezhegodnik. I:n-t eksperim. med. AM SSSR , 1956, t.
2 (14), 1957, 79-84
Abstract No abstract.
Card 1/1
- 135 -

HOLOwert. - IA
rartaxes to compourA trace sttault lei oligophrents [with
tummarr in Stsclighl. 2hur,v7s*neryedelst, 7 no.1:59-62 -Ta-r '57.
(KIRA 10:10)
t. Laborstortys patoficiologit vysahey nervnoy dayetellaosti
chaloveks Institute okeperiasmtellaor weditstay AKN SSSR.
(KINTAL OrICIANCT, Physiology,
conUttoned reflixes to trace couplor stinalL (Rug))
(RUL&C, C01MMOUB,
to trace coupler stiamli to oligophronta Me))

L.H.; 901
jgjQjjmjw& g TRGF LKOT. U.K.
Study of disorders of asurel procesaas in oligoph:~snts C-Ith
ummarr In Inglish]. Nmr.vys.nery.detate 7 no.4:494;-500 JI-Ag 157-
(KIn l0t`12)
Zaboratortys patofictologti. vyachey narynoy deltatellaosti
heloveks FistoloCtchaskago otdola tn. I.P.Parlova Inatitute
eksperimentallaor maditstay AKIE SM.
(KNRTAL DMOMICT, phystologr,
conditioned reflex daterm. of neural funct. (Rus))
(R"=, CONDITIOMM,
in moat* deftc.g deterno of neural functo (Rua))

XCIMOTAr I.Awr kandozed,nauk
GMPU'&tiTO dtudy of age-related aspects of canditl=ed
motor reflaxot in tum under varioust unconditioned reinforce-
senta. Trudy LISM no.405-62 160,. (KML 16(21
(GLUATHICS) (CONDITICKED RRSPONSZ)

MOLOTOV, F,1,; UPUZOVSKIT, P,,S.; GAVRUSEVICH, FOLOTKOVAP
PASTEPlUK, P.S.i CHULATIET, O.V.,- POIXMOVSKIY, Ar.0 oty. za
vnxsk; PAKCMIKO, V., red.-, WCHKIV, M., tekhn. red,
I
(Yamte.in rareat typois] Tipy gornykh lesov. llzhgorod, Zakarpat-
skoe ohl. kairhno-.gazatnoo izd-vo, 1961o 79 p. (VXtk 15:7)
(Tr&nisc aLrpa thl & -Fore ots and rorestry)

..- - f-
,rw,~ " , I" j "A, , . ;l. i ; A L, I '. ~j ,
I " , '.., . ; .1 1 C -- I t,
GASAINU;Kop 1111:31; NI'llil() 1. ~.p 0
Rom~l fJ-'A'! of itri lnfl,-Ilttj o;~r!.~Ight r!It,A'7- In thel di:-).
U,,h. rap. IAU no..3~~)4:1113-64 9()/.. , %A (MNIA 18:4)

VAS11,11UP 1'.I.; Y"-w-1hov'j, M.N.
Disturbancen caused b?, the chAfting cf the garwivia In
oleo tromagnatla prompeating Ir/ the in.-Iluction rAthod. Uch. ZOWN
T,GU no,324:65-69 164, (141M 1814)

5/061/62/000/004/06e/067
B156/B110
7
AUTHORS: Mardanov, M. A., Beltyev, K. G., go
TITLE: Improving dleael fuel by the use of additives
PERIODICAL: Referativnyy.zhumal. Khimiya, no- 4, 1962, 481, abstract
4M172 (Azerb. neft. kh-vo, no. 6, 1961, 35-37)
TEXT: A technologj has been developed for the production of diesel fuel
md4itive on the basis of the high-molecular prodt-ots of thermal cracking.
Its physical and chemical properties have been determined. An addition of~
2 A of this additive to Baku diesel fuels will raise the cetane number
from 44 tn 48, without deterioration of the basic qualities of the fuel.
The additive is quite stablel in the course of ten months no drop In 3etaaft
~number to observed. Tests carried out on a 1-4 (I-Ch) motor by the method,
developed by IMP AS Azerbaydzhanoksys, SSR have shown that the additive
causes no wear of oomponents of the piston group and does not increase
carbon deposition. The production process for this additive is not
complicated and may, be Introduced In aae of the plants of the
(I.betracter's -note: Co,,;-Iet
"Azaefteki2imsayody" administration. a trans-
lation
C&rd V,

DiNUIZIT, X.I., prof.; FAMU, L.G.; SUMOMUU,,, L.Te.; ROMMYA., T.T.;
ILOTJLTSrATA, 1C.S.
Cytological picture of vaginal, secretiom in normal and patholgical,
pregnancy. kkush. I gin. 34 no.6:21-26 W-D t58. (NIRL 12:11
1. Is abuharelco-g ineko log ichaskoy lclinlkl. Saratovskago neditsinskogo
Instituta,
(~IIMUNOT. physiol.
vaginal secretion. cytol. (Rus))
(TA411k. Physiol.
secretion im pregn.. cytol. Obis))

ROTINTAK, L.D.; MOIMOTA. Te.F.; DANIWTICK. 0.K.
Conneation betvaen cathodic polarization and the cr7sW ztructure
of a galvanic iron - cobalt alloyr, live Tys. uchebe save; tavate vote
3 no.4:49-51 t6o. (KIM 13:9)
1, urdagr4dwar takhaolociche4kir taxtitut. rafedra takhualogiA
elelctrokhIl-michaskikh proi1vCA9tv*
(Iron-cobalt alIM-Rectrometallurgr)

KOLOTIODVA, YK. ff.
Cand Chem Soi Dion -- *Cathodic polarization in the formation of an
Lron-cobalt. ailoym. Novocharkasek, 1961. 12 Pp, 21 em. (Kin of Bigher
and Inter Spec FAuc RSPSR. Novoeharkasek Order of' Labor Red Banner
Polytoo Inst Imeni 3ergo Ordzhonikidze),, 180 eopies, Not for sale (KL,
No 9,, 1961r P 177, No 24278). 53.-5406r

S/0"6y'61/055/001/010/022
BOO-L/B060
AMMORSS Rotinyan, A. L. and holotkova. Ye. N.
TITLEt Cathodic polarization at a joint digchtrge of ions of tron~
cobalt, and hydrogen
PERIODICUt Zhurnal fizicheakoy khimii, Y. 55, no, Ig 1961, 158-163
TEXTt A study has been cade of the cathodio polarit,Ltion during the
formAtion of an Fe - Co alloy- under conditions where :iydrogen is already
liberated. Curves of partial polarization were drawi for the purpoffe.
The curve of total polarization was drawn, and the airrent fraction of the
two components was determined for each potential by t chemical analysis.
The crevc of partial polarization was drawn therefro-s for each component.
The elecl;rolyte was a solution of 0.63 mole/1 CoSO 4' 0.62 mole/1 Few 40
10 g11 NILCI, 50 C/1 boric acid. The expericents wert conducted for
PH 3,5, 1o69 and 1-5. The volume of hydrogen liberated was measured.
In addit:4.on to determining the current fraction consimed for the separation
of the motals and of E 2' the authors also calculated, from the differencep
Card 1/4

S/01 61/035/G-01/010/022
Cathodic polarization at a joint ... BOOZYBOCO
the current consumption for the Fe3+----~Fa 2+ reducticn. It was found that
In the whole potential ranae investigated, the alloy deposited under de-
polarization of iron and superpolarization of cobalt. Electrolysis fol-
Iowa the Tafel equation p- a + (2_3RT/cKzF)loj; 1 (1', (Y- cathode
potential, a a cathode potential for I - 1, % - conslant). The values for
., various pR and temperatures.
a and cK are given in Table I for I &/dp2
A
Experimor.tal results fit the assumptionaof the theory of slow ion dis-
charge. The polarization curve of H 21 as a function ?- f (log iff2), was
found to be a straight line with the inclination anC.'.e 2-3RT/b(zF. The ex-
change current on the cobalt-iron alloy was calculatod, and the following
results vere obtained for log I (a/c~'e)t -5-55 at 250C; -5.23 at 40OC;
0 %
-4.92 at 550C. The activation energy of the discharge of H+ ions amounted
to 9.1 kcal/Mole- At PH - 3-5 the whole current is .,onsuaed for the dis-
charge of Co and Fe ions. An increase of acidity ezj,.aile not. only the
liberation of H2, but also a further process, which ,ras identified as
Fe3+---~Fe2+. The appearance of Fe3+ In the solutio:2 is caused by an in-
crease of the oxidation potential of 02 in strongly acid solution. A. X.
Frumkin and L. I. Antropov are mentioned. There are 6 fiCureo, 3 tablest
Card 214

I
S/OT6t61/O35/001/01C-/G22
Cathodic polarizaticn at a joint B00473060
and 5 Soviet-bloc references.
ASSOCIATIONt Leningradskiy tekhnologicheekly institut im. Lensoveta
(Leningrad Institute of Technology imeni Lensovet)
SUBHITTEDt ,Key 6t 1959,
Card 3/4

Cathodic polarization at a joint
Table I
S/076/61/035/001/010/on
BOCA/Bo6o
004"Aftrutlift- I "-1 1
cm fcam!arfa pit ;
a
5 V. 49 1 0, Sri; 0 5f.
1 O.W 0.62 0.445 0.75
i:6 o:48 (1,f,72 0: ~- o 0,125 0,.',.() (1.478 O,fiv
t , 5 O,c--,o (1 .43 0..%5 0 r, i 0,5Q O.W) 0,54
ce 3,5 0.(:.!7 0:4f f). V4
' 0:41; 0.517 0.48 0.442 0.60
rk
A (1 7 ~,I
G.
0 710 C,
3
0., (1 -5
7
7 P4 0.03 0,43
0.1
37
18 0
5LI 0
0
3 ,
,
,
I:s 0:634 C., (y;~!I 0.1~20 0, 5f I
f 2 P,59 It,.?-77 0,.",) 0,.',f,3 0,50
LeCend to Ta~le 1. a) liberated corponent
Card 4/4
recte f

1. r m
gq
7,
roru". zhor. last.
%'*. ft 13R). PNfEcts';
%gs I Murvi .- IUMAUVC 44 "&All. twky ard ma
d* to An W w1a. 4 piregaaffl otafr WVn a f~- 4 -,m a
dws nut cuw4 :01; ^n4 =~tug nub
mu tba wtr.. po"'Itj crowth cac~ amt d.
. W~rr k- ta.,U%q
AVII ~VVIS EfCtql---Cd tbC P"I'- ago
4* g,
0 0, a
01441A
09
C 4-
t90
#c- .-,-w It
; 0-00
0 of*'* 9 0 0 0 0 0 4 9 0 0 0 F.10 0 0:# 0 0 0 0 0' 0 0 0 0 0 0 0 0 0,41, 0 0 O'~

Mir -

TO-
V Or ~F Or W OF W fF
L to 11 At U a 0 6 4. v
L-A - k L It 6, fa- I it t -1-A -1 1 M 14 rA 10 a. a _6

Isr smirt.
* 0
a"m" 6L Oft a" Am%"~ ~ j~-
G. .00
S. 1K.) 1W, I&J-1
i1ilot. and &-7 mim, -00
'00
dopot a Stop of um is twomem ed. (a nuke a C.'j -of
IM3
d
b
h
j.: &M
Watet t
wc The mdat~ a *,t4M
watwr
vu
"d the trewiscm an"fe to "Upcemt't
C .
*Mb N1 =X" =w. and- the dmmbew is mAy ,or
A
war.
"t in The " to be teved m4, air
-acartfutly oftootw w*th a stuawd tide. TIW,.fi.4
od- 4p( 4bC CAGPMI~W is tbM pten" We The woM &,A The
C*
carThUf fiUt4 up. After V1 &we (be cbdmbet w
on I afta (1* mitriats we 4"dc. Rap(q. b4,t CM.
owtudw 4&'W" dw us the maw ..a en* setifi"46~0
do Idw 4 akwev that smfre V.6 rb~- vc"v
ISIONT wea-ein qxttte than (411 0*
-kh - 11twi-curf*4 onsclum wCam.14co, k." cutrate.
-
T%t cb-(-- %ave bftu vismv-4,41, --.4
to e.Tc. tkt
toc4am rim Isw W'j. Z* 0
Ir. IAL4M*
9*

j'

Cc,
f-09
c
s
TV ?w to A w 4% -C a OC ac IV ic rv- 1 t4 a a I or It
a 0 0 0 ~ 0, 0 Ols! 0 Ole 0 0 0 0 0 0 0 6.0
0, 0 w a 0, 03 & 6, 0 0 0,
or 0 Ole 0 * 0 0 a : :
G 0 0 0 0-9 0 0 0 6 0 e

Ott so I $I lim 0 Ol
b"400k. == 100
ftylarv , 1=1r.
t'"n R"A.
MI tuac lktd4ktq Ats.
1114k. lk at. .-A -v k CI- am the offorwm v -4
0 . WA *OWN 14 ltdA (1611W W It'*W t*M*l (4&M4'
k(tim fus "Ott cm-(* t1w mooc tft&fy. LA-
mthi= mv Im tt*Mlr. arA ImOmalis mdy

40
Joe
too
see
No*
wool
Wo
OL 07 40 1o -01; a a A 9 a
1 We irr
0
fm0
~Zoemeoo

p6r"ft4a WAIWM st the ft"n6m of rokwv
is'lime slamp sclIa-utbiot. (;.11 %("jilIh4l%.ILV
(C-st-4, Ites.0 4, al. 'k. 1, 1 It . Iota. &L
MIt %IA. III0. Rfl.44fl.41-6
-4 0.60" q-jw4~a#. -'A
ff'r I At 0, "I'vc M.'" 4 ftlll"C~ .1
.. ',. '~(.f p(CR44 uttv tettwalt'v
*(~Adc '&"R44- Itt IIAW 114ft. lallmr.
ferf.J."M INC Ard i-elte elffe c$w gnw I've
iwvwv xq to the [OR W.
At INC 1.4"11,444 .4 f6w cut(oo'-' S40 ptq4c." kV
IIW~f AMWAfAWC OC tI4 xlW&t CqpI ILfwjg W&%
4imi"I &sftmm'l~ r5w P&.T'.i.4..CV .4 t6w
phellow"go'" (o -lkmww4. l1w a"llww Cw%4"
1 fidaf pamil v is a peq Ott r4m,%.h.m.

MIMOV-50-
PA 60754
VWtAealclne - Rubber Doc 1947
Medicine - Regeneration
*Decapitation as a Yaotor for Changing the Nature of
the rok- and &ym-Sagy&," 0. Xh;. Kolotko-vokly, Cher.
novitskly State U, Cbernovits, 3 pp
*Dok Akad Nauk SSSR,, Nova Bar* Vol LVIIIv go T
Describes studios made on 2-year-old plants vhIch de-
capitated after 2 years. Describes anatcolu Inveati.
gations of regenerators of kok- and krys-sagyz. Acca.
mulatIon of couchouo kok-sagy& regenerents. Submitted
by Aca4emiclan N. k. Metkaimov, 8 Jul 1947.