SCIENTIFIC ABSTRACT VLASENKO. S.P. - VLASENKO, V.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001860230002-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

.The effect of ionizing radiation S/739/6o/ool/000/015/015
P-020/F,185,
knot lead to any notable changes in these findings.
There are 3 figures.
~Card 2/2

VLASEITKO, S*Plf kand.med.nauk; GARINYANI Dzh.Eh... starBhiy laborant
Effect of some vegetative poisons on the o7ygen cons=r;tion by
irradiated rats. Vop. radiobiol. MI AEN. SSR 2:181-187 161.
(MIRA 18:4)

VLASSMO) S.P.,
. .,- - - il
~~ffect of insulin c,-l t~.c- --
X-ray irradiated --a.s. Vc.-. radlob-lol. A,",* 1-1-IN. SISR
161. (~,URA 38-4)

VLASENKO, S.P.j kando ux)d, nauk; GARWYAN, D.Kn.~ minddity nawrAinyj ootrudwk
kXfect of cortisone and adreriocorticotropic hormone on oxygen
conoumption by irraqiated rats. vop. radioblol- LAI" Arm. SSR1
3/4i145-150 163.
Participdtton of t1lo adrenal cortex in somu iranit es tat Lana of
radiation a: ckze:3a. lbil.:2153-2)9 (1,11hi-A

!ACCESSXOM NR: AP4021552.---- 8/0298/64/017/002/0037/0040
A7MOR: Shakhnazaryans Be Le
:TITLN: sffect or preliminary irradiation on the radioresistanoo of
rats
1SOURCH: AN ArmSSR9 lzvestlya,, Biologioheskiye naukit v, I?v no* It
119649 37-40
ITOPIG TAGS: preliminary irradiationg repeated irradiationg
lradiorsaistance increases X-Irradiationg prolonged life span#
oxygen consumption# radlosenaltivitT change
!ABSTRACT: This study was carried out to determine whether preliminary
lirradiation increases the radioresistance of irradiated animals.
'Experimental rats were X-irradiated (RUM-11 unit, 15 mat 180 kwo
:filter 0,5 m cu+oo5 m Al) with preliminary single 3.00 r or 500 r
!doses and 1 to 14 days later were irradiated with a single 750 rdoaa*.-'-
,Average life spent body weights and peripheral blood served as indicano
iOxygen consumption was measured 29 4# 8# and 15 days after repeated
.irradiation to determine external gas exohiange ohangeo Findivgs
;Indic ti that radiosensitivity change depends on length of the
Ca
rd ;72

1ACCESSION NR: 'AP4021552
linterval between prelinary and repeated irradiation. With a da
i 14
!intervalp average life span increases from 8,2 to 13 days# but Is not
I
!accompanied by increased body weight or normalization of peripheral
I
,blood. With a 3 to 7 day interval oxygen consumption In markedly
,reduced on the 2nd and 4th days after repeated irradiation. However,
with a 14 day interval oxygen consumption is normal on the 2ridj 4th,
land 8th days and in reduced only on the 15th day, The inhibiting
leffeets of ionizing radiation on gas exchange do not appear to be
icumulative. Gan exchange change appears to be dependant more on the
!state of reparation processes in the organism than on radiation dose.
'Radioresistance of an organism Is Increased with preliminary irradia-
Ition. 14 days prior to.repeated radiation as wresult of the mobiliza-
ition of adaptive reaotione and increased general realstanoe, Orig,
tart. has: 2 tableso~
!ASSOCIATION:' None*
SUBMITTEDs nNov63 DATE ACQ: 31Mar64 ENCLs 00
'SUB COM. NA MW SOV: 03.3 OTHM-- 003
Card 2/2

ALAVIRULU, M.I., dotseent; V~4.Ei4KO, S.P., kano. med. nauk; MARUKYAh, T.Kn.,
mladshiy nauchnTy sotrucinik; AYRAPLTYAII, F.O., aspirant; GiaGURIAN,
D.G., starshiy laborant
Efrect of X-rays on the activity of hyaiuroaidase and hyaluronic
acid. Vop. radiobiol- LAN Arm. SS.Iij 3/4:229-234 163.
(mliLb, i'l:b)

VLASENKO, S.P.; SHAKHIIAZARYA14, F.L.
Effect of preliminary irradiation on the radioresistance of
nonlinebred rats. Izv. AN Arm. SSH. Biol. nauk3 17 no. lt
37-40 Ja '64. (MIRN 17s7)
1. Sektor radiobiologii AMN SSSR.

VLASENKO S.F., kand.med,nauk; YMYFETS, Yu.B., mladz)hiy nauchnyy
:-'5-UhZnik; CHIL-AXOPYAN, L.A.
Effect of ionizing radiation on the co4sumption of oxygen and
aw some aspects of carbohydrate metabolim. Vop. radlobiol.
CAN Arm. SSR] 1:191-197 160. (MIRA 15:3)
(RADIATION-PH-MIOLOGICAL EFFECT)
(CARBOIMRATE METABOLISM)
(=GF.1 IN THE DWY)

VLASENKO, S. P.: Master Med Sci (diss) -- "fhe evacuatory function of the sto-.-
ach in normal and castrated dogs under the influence of insulin". Yhar'kov, 1957.
18 pp (Khar'kov Med Inst) (n, No 7, 1959, 128)

GENES, S.G.; LESNOY, N.G.; VIASF11KO, S.P.; YURCHENKO, M.Z.; PIAVSKAYA, A.A.
Evacuatory function of the stomach in nor--,al and cagtrat,-,d dots as
influenced by different hormona2 and pharnacological substances.
Sl~or.nauch. trud. Ukr. nauqh.-inal. inst. eksper. endok. 15:80-10~
159, (ST011CH) (HOM-IONES) (PIURMACOLOGY) (MIRA 14:3-1

YURCffMMO, M.Z.. VLASENKO, S.P.,(Kharlkov)
Gastric evacuation in normal and castrated dogs under various
conditions of the central nervous system. Probl. endokr. i
g9rm. I no.4:66-72 Jl-Ag '55. (HLRA 8:10)
1. Iz Wale. patofiziologii (zav.--zasluzhenrqY dayatell nauki
prof. S.G.Genes) Ukrainskogn institute, eksperimentallnoy
endokrinologii (dir.--kandidat meditsinskikh nauk S.Y.Makeimov)
(CENTRAL NERVOUS RYSTEM, physiology,
eff. on gastrIc motor funct. in normal & castrated dogs)
(STORACH, physiology,
motor funct.eff. of CNS in normal & castrated dogs)
(CASMTIOIT , experimental,
eff. of ONS on gastric motor funct. in normal & castrated
dogs)

VIASXNKO, S.Ta.
Case of resection of a giant dermoid cyst of the secram and coccyx.
Ortop., travm. i protez. 17 no.1:58 Ja-Y 156. (MIRA.9:12)
1. Is 2-y polikliniki (nauchnyy rukovoditell - prof. D.K.Tazykov)
4-go upravleniya Hinisterstva zdravookhraneniya SSSR.
(SACROCOCCYGMAL RNGION-TUMORS)

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rhe effectivencu of the diphtheria serum do" tu)t t
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a pcud on tht antitoxin content but on its qualities. so not .04111
4D 0 only the quantity of antitoxin but six) the avidity of th4.
wum must be dtid, The rapidity of iwotralitatioti tit
so & -tublethad doses in rabbits allowsof "act rrstjll~ in avidity see
detru. There is no parallelism between the fitxcutalimi =60
and neutfalization rate. so the former cannot be uwd a% a
00 111"MAUM of avidity "f the serum. It is It-ible thal after

06 1111thrr extirrimcittaticin the drin, d avidity cda 1w madc
c**
by means of Congo felt, Pfoviding Contiol aludyie. .11,
00 carried out cm animals, The degree of avidity tit t1w 10 0
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VLASERKO, V.; Z&FOROUSKIY, T.
Leonid Miakishavle brigade. Ayt.transp. 38 no.8:
4-5 Ag 160. (HIRL 13:8)
(Alm-Ata-Transportation, Automotive)

BMIYAKOV,
Ad1ding a schoolhouse of large blocks. Stroitell 2 no-4-5:8-9 Ap-
MY '5 6. (KW 10:1)
(Kharkov Province--Concrete blocks)
(Schoolhouses)

VLASE14KO V. .
A new address of paaches* Nauka i zhy-Wa .12 no.!;1,9 Ja 163.
(MIRA 16:3)
1* Obohohestyean)y korreopondent zh!umala NNauYa i zhittya",
(Donets Basin-Peach breciding)

VIASENKO. Vj__-
For a common cause. Kryl. rod. 14 no.5:10-11 MY. 163.
1 (MIFLA 16:7)
1, Chlen sovota oaabarovskogo Aviatsionnogo sportivnogo klubae
(Khabarovgk-Aerial sports)

VLASENKO V
Party organizations and the family life of Communists.
Kmm.Vooruzh.Sil 3 no.22:74-75 N 162. (MIRA 15:12)
1. Chlen Nommunisticheskoy partii Sovetskogo Soyuza.
(Colmmmi sts)
(Juvenile delinquency)

VLASENKOp V,A,j OVEFDTSITELI.. I.Gj NIKOLAYEV, Yu.V.; CZIASHVILI, Ye.D.
Production of the isotope B10 by the exchange distillation of
the ccmplex (OH3)20.BF3 - Soob. AN Gruz. SSR 33 no.109-84
J& 164. (MIRA 170)
1, Fisiko-tekhnichemkiy inatitut AN Gruzinakoy SSR, Predistavleno
akademikom G.V. TSitsishvili.

IVCHOKO, Vladislav Vasillyevich; STUDLIIETSKIl, S.A., glav.
red.; VLASEVKO, V.G., red.
[Mathematical optimization principles in planning in the
fishing industry] Mateirtatichookie osnovy optimizataii pla-
nirovaniia v rybnoi promyshlonnooti. Kaliningrad, Izd-vo
gazety "Kaliningradskaia pravda"I 1964. 57 p.
(MIRA 19: 6)

k r

Krfl,UB. G,14,s WOV, M,T.; V)-v'.,'NKOjr vlm~
~4
El i43tronllc state of catalpits Air) )Js('.rptl.rri -.r.. ca
Part 3', Menhanlow of hydrcgewo.4~jn Lf na:bni ri ~n a
rilckel c-ilal3rat., Y.Ivli kat,, 6
(MMk 18a10)
1. TnWtut fizichaskuy kbl.mli .2ro--ilL Pinsrzhavskcgo cAr U~ro^SF.

VMO)I,',NKOI_V,I,',.! YII'I"F:Fc)vlcll, cl.ye'; R~,IIGV,
Kinetics of carixin hyrarol-oriatiun on ;~ rii-k,:~
Kin. i kat. 6 rlo.4:688-694 JI-Ag IC5. (,; I ~:,/,.
1. Institut fizichenkoy khtmli imen~~ ~!! '~
C~

L 7oo4-66 EWT(d)/_EWF (7)/ (h)/E',,-P (1)
ACC MR: APS026820 SOURCE CODE: UR102V6/65/000/017/0095/0096
INVENTOR: Nechayev, Yu. A.; Vlasenko, V. P.; Shevyakov, G. Ye.
iORG: none
TITLE: A pulsed ultrasonic thickness gauge. Class 42, No. 1.74453 [announced by
Volgograd Scientific Research Institute of Machine Building Techno~l~ (Volgograk-
sHy nauchno-issiedovatellsi~l'y-i-iiit-ft-i~f"~Fekh-nolo-g-i'i-m--a-s-h--i-n-o-s-t'r-oyeniya)I
SOURCE: Byulleten' izobreteniy i tovarnykh znakov, no. 17, 1,965, 95-96
7TOPIC TAGS: ultrasonic inspection, electronic measurement
~,ABSTRACT; This Inventor's Certificate introduces a,pulsedd-trasonic thickness
~gauge designed chiefly for measuring the thickness'bf metal end plastic components
- - - - _' -_ --' - -_ '' -... -1 1
for the case of unilateral access to the object being measurtd. The instrument con-
tains a high-frequency radiator, a receiving device and an electronic measurement
circuit. To improve accuracy and facilitate measurement, an~.to make the instrument
portable, the gauge has a flip-flop stage with a square pu1sc generator and a probe
for reception of the echo pulse connected at the inputs, while a measurement bridge
,Card 1/2 UDC: 5.~1.717.521 534.8

---L~7004-66
'ACC-NR: APS026820
;Circuit is connected to the output. This circuit has a needle indicator for direct
ireading of the quantity being measured without changing the ad]ustment of the in-
tstrument for each measurement.
:SUB CODE: EC,IE/ SUBM DATE: 18Feb63/ -ORTG REF: 000/ OTH IEF: 000
nw
Card 2/2

DORZIIIMVICH9 1,B,j XOT9 N.A.,QLASENKOj Yu*y&Jb
Now otaniard underground service storage of explosives. Met.
i gornorud., prom, no,608-60 N-D t65. (mm 18 112)

VLASENKQV,, A.I.
"Psychology of the assimilation of gramar and orthograpby.0
Reviewed by A.I.Vlaaenkov. Vop.psii~ol. no.61l48-150 N-D 162.
i . $A (MIRA 16t2)
1. Bokhotslmya aredrfoya shkola Smolenskoy oblasti.
'(Educational psychology)
(Russian language-4tudy and teaching)

L 12284-63 S/081/63/000/005/041/075
'AUTHOR.- Vlasenkov, L. As and Planovskly, A. N.
TITLE; Investigation of the kinetics of the continuous adsorption process
in a pseudoliquefied layer of fino grain adsort,ont
PERIODICAL: Referativnyy zhurnal. Khimiya. no. 5. 1963, 325, abstract 51108'
(Tr. Ves. n-i. in-t. po pererabotke nefti, i nolucheniyu isskustv.
zhia.k. topliva, 1959, no. 8, 96-114)
TEXT: The results of a process of continuous adsorption are given, in
particular. in the separation of hydrogen from methane-hydrogen mixtures by means
of adsorption on activated charcoal. The equations are given for determination
of the rate of pseudoliquefication in the presence of laminar and turbulent cur-
rents. In the general case, the coefficients of mass transport in seperate
sections of a multi-stage apparatus may have different values. 0. Lemeshko.
(Abstractor's note: Complete translation]
Card 1/1

SELIK, A.A.; VLASENOK, L.I..; STANISHMKAYA., Te.K.; VIKOLAYEVA, G.N,
Idght and ohlorophyll formatimn in green leavea, Priroda, 51
no.1201-94 D 162, (MM 15tl2)
1. Iaboratoriya biofiziki i imotopov AD Belorusskoy SSR, Minsk.
(Plants.. Effect of light on) (Chlorophyll)

ACCESSION NR:"-AP4018354--- S/Oi5l/64,4033/001/0079/0084
AUTHORS: Vlasenko, V. A.; Gverdtsiteli, L G.;,Nikolayev, Yu. V.; Oziashvili, Ye.D.'
T.ITLEt Production of B10 isotope by the method of exchange distillation of the
(CH ) 09BF complex (Presented by-academician G. V. Teitsishvilij Oots lot 1962) i
3 2 3
SOURCE: AN GruzSSR. Soobahcheniyao.v. 33, no. 11 1964, 79-84
TOPIC TAGS: boron, boron isotope, boron trifluoride, methyl ether, ether fluoride
complex, distillation, exchange distillation, neutron, thermal neutron-
ABSTRACT: Since the B 10 isotope possesses a large thermal neutron capture cross
section, a method was developed which permitted the enrichment of boron with the
B10 isotope. This method is based on the principle of exchange distillation of the
complex (CH 3)20 -BF3in a pilot fractionating column at 100C, at a pressure of 150F
mm mercury. Its daily capacity amounted to 10 g of boron containing 80% B 10 , while
in the issuing complex the concentration amounted to only lq?. The separation of
the boron isotopes is achieved by vaporization of the flu-id (Cif -BF phase and
3)20 3
condensation of the gaseous BF3 phasea The result is an enrichment of the fluid
phase with B10 and a corresponding depletion of B 10 in the gaseous phase, accordingi
I

WCESSION HR: AP4018354
to the formula (CH ) O-B 11 P + Blor (CH -B'OF + B11F
3 2 3 3 3)20 3 3
ra view of the corrosive properties of the (CH3)20-BF3'complex' only corrosion
resistant materialsvere used in the installation, such as stainless steel, copper,
leadl teflon, and polyethylene. Orig. art. has: 1 picture, I chart, and 1 table.
WSOCIATION: Akademiya Nauk Gruzinokoy SSR, Fiziko-tekhnicheskiy institut (Acadeqr
DE Sciences Georgian SSRf Pbysical and Technical Institute)
:)UBMITTED: 25Aug62 ENCL: 00
WE ACQt 1qMar64
"DUB CODE: CH NO REF SM 004 OMER: 003
VOW
Card 2/2

137-1958-2,176-'
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 2, p 79 (USSR)
AUTHORS: Mitrenin, B.P., Tro~~,ZL_Ye., Tsomaya, K.P., Vlasenko. Y-,.A.,
Gubanov, Yu.D.
TITLE: Exploring the Possibility of Obtaining Homogeneous Germanium-
Silicon Alloys Through a System of "Zonal Fusion" (Issledovaniye
vozmozhnosti polucheniya gomogennykh splavov germaniya s
kremniyern s pomoshch'yu zonnoy plavki)
PERIODICAL: V sb. ~ Vopr. metallurgii i fiz - poluprovodiiikov. Mosco%v,
AN SSSR, 1957, pp 59-69
ABSTRACT: A study was made of the feasibility of and the conditions under
which homogeneous Ge-Si alloys could be obtained from ceramet
billets of uniform composition (containing 5 :25 atom-percent Si)
through a system of "zonal fusion" . The zonal fusion was accom-
plislied in an apparatus consisting of a tube (15 mm in diameter)
made from transparent quartz; the tube was connected through a
pressure retaining lock to a vacuum (10- 4- 10-5mm- Hg). A
graphite or quartz boat containing a specimen was placed in the
tube. Traveling along the tube at a speed of 5-15 mm/hr was a
Card 1/2 Silit resistor. The length of the fusion zone was 15-20 mm.

137-1958-2-2762
Exploring the Possibility of Obtaining Homogeneous Ge r manium-Sil icon (cont.
Under a pressure of 3.5 tons/cm 2 the specimens were pressed
from well mixed Ge and Si powders into the shape of rods having
a cross-sectional area of 9x9 mm2 and a length of 95 mm; then
they were sintered at 8001 . Used in the experiments were a Ge
with a resistivity of r\j I ohm/cm and an industrial Si that had been
washed in acids. X-ray and microscopic studies of the resulting
ingots revealed that, at a speed of travel of the band < 5-7 mm/hr,
this system of band heating turned out a homogeneous T~e-in-Si solid
solution (containing from 2.25 to 40 atom-percent in the form of
polycrystalline ingots. To obtain a specimen of significant length of
the uniformly constituted solid solution and to build up the grains of
the alloy to 4-6 mm. the fusion zone had to be moved back and forth
over the specimen several times -it a speed of 5-7 mm/hr.
Yu-Sh.
1. Germani-um alloys-Forration 2. Ceramic a -Applications
3. A110YS-Fusion 4., Ingots--Test methods 5. Ingots-Tost result's
Card 2/2

137-1958-2-27641
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 2, p 79 (USSR)
AUTHORS: Mitrenin, B.P., Troshin, N.Ye.. Tsomaya, K.P., Vlasenko, V.A.,
Gubanov, Yu. D -
TITLE: Exploring the Possibility of Obtaining Homogeneous Germanium-
Silicon Alloys Through a System of "Zonal Fusion" (fool cdovaniyc
vozmozhnosti polucheniya gomogennykh splavov germaniya s
kremniyem s pomoshch' yu zonnoy plavki)
PERIODICAL V sb.: Vopr. metallurgii i fiz. poluprovodnikov. Moscow,
AN SSSR, 1957, pp 59-69
ABSTRACT: A study was made of the feasibility of and the conditions under
which homogeneous Ge-Si alloys could be obtained from ceramet
billets of uniform composition (containing.45: 25 atom-percent Si)
through a system of "zonal fusion" . The zonal fusion was accom-
plished in an apparatus consisting of a tube (15 mm in diameter)
made from transparent quartz; the tube was connected through a
pressure retaining lock to a vacuum (10-4 - 10-5r~rff Hg). A
graphite or quartz boat containing a specimen was placed in the
tube. Traveling along the tube at a speed of 5- 15 mm/hr was a
Card 1/2 Silit resistor. The length of the fusion zone was 15-20 mm.

13 7- 19 58 - 2 - 2 762
Exploring the Possibility of Obtaining Homogeneous Ge rmanium- Silicon (cont.
Under a pressure of 3.5 tons/cm 2 the specimens were pressed
from well mixed Ge and Si powders into the shape of rods having
a cross-sectional area of 9x9 mm2 and a length of 95 mm; then
they were sintered at 8000 - Used in the experiments were a Ge
with a resistivity of r\j I ohm/cm and an industrial Si that had been
washed in acids. X-ray and microscopic studies of the resulting
ingots revealed that, at a speed of travel of the band < 5-7 mm/hr,
this system of band heating turned out a homogeneous ~~e-in-Si solid
solution (containing from 2.25 to 40 atom-percent in the form of
polycrystalline ingots. To obtain a specimen of significant length of
the uniformly constituted solid solution and to build up the grains of
the alloy to 4-6 mm, the fusion zone had to be moved back and forth
over the specimen several times at a speed of 5-7 mm/hr.
Yu.Sh-
1. Germanium alloys-Formation 2. Ceramics-Applications
3. Alloys-Fusion ingots--Test methods f;. Ingots-Test results
Card 2/2

VIASIONKO, V.G., kandidat moditainakikh nauk
r-
-'-~ ~or zln-tk dislocation of the patella. Ortop.. travm. i protez.
no.6:65 N-D 055. (MLRA 9:12)
1, Iz khirurgicheakogo otdeleniya (zav, - T.G.Vlaeenkol bollnitey
no#2 Avtozavodskogo rayona g.Gorlkogo.
(PATZIJA -DISLOGAT ION)

2A, 4 3 1
S/185/61/006/002/003/020
D210/D304
AUTHORS: Vatset, P~I., Voloshchuk. V.Y,,.
DoroshenkoqC74V.A., Kolesnykov, L.Ya., Nikitin, V.O.,
and Tonapetyan, S.H.
TITLE: A diffusion cloud chamber
PERIODICAL: Ukrayinslkyy fizychnyy zhurnal, v. 6, no. 20 19619
166 - 173
TEXT: The authors describe the consLruction and operation of metha-
nol in an air diffusion chamber. This chamber was built as an expe-
rimental model for a larger chamber for use with a linear electron
accelerator. The chamber (Fig. 1) has a working diameter of 26 Cm
and an effective height of 6 cm. It is made of stainless steel ail!
consists of three sections: the lower cylinder 1, the cone 2, and
the upper cylinder 3a The internal diameter of the lower cylinder
is 30 cm and of the upper 22 cmq and the height of the chamber is
80 cm. At the base of the chamber there is s Popper condensation
disc 4, whose surface has been chemically 11,;.Lackened. This disc is
A
Card 1/0

2P,IL31
S/185/61/006/002/003/020
A diffusion cloud chamber D210/D304
cooled by passing liquid nitrogen through a coil (5) soldered onto
the bottom of the disc. A glass cylinder (6), 26 cm diameter, 10
cm high, and 4 mm thick is held firmly against the copper disc vi:tri
the copper cone, thus ensuring a good temperature contact. The te,.,
Perature distribution in the conical section is effected by ele--tri-
cally heating the flanges of the cone. the lower flange temiperatu-
re corresponding to the methanol temperature. The cone and -the
lower ring is separated by a heat insulator 7, the bolts (8) being
similarly insulated. Thermocouple and electrode connections are
made through the insuiating ring, the screen 9 being connected by
glass rods to the electrodes. Two windows (10) made froj,-, organ_-
glass are aituated diametrically opposite each other for 11lumina-
ting the chamber space. The m-ethanol is fed to the chamber k1hrough
the lead 12, and it is held in the groove 11 of capacity 11; 00 cm3,
-the evaporation being enhanced by filter papers placed in the groc!-
ve~ The methanol temperature is controlled with a thermocouple
wh-ich enters the chamber through 13, Two windows (!4) are providpd
C~
lor photographing the working volurle and one ~'15) for visual ob-

2101
S/185/6i/006/002/003/020
A diffusion cloud chamber D210/D304
servation. The upper part of the chamber is held at a higher tem-
perature to prevent condensation of methanol on the windows which
can cause a high background. The operation of the chamber is con- V~
trolled by automatically varying the liquid nitrogen flow rate,
the methanol temperature, and the temperature of the upper flange
of the lower cylinder. The chamber was tested with an air and me-
thanol filling at 1 and 365 ato It could be operated at a bottom
temperature of -45 to -70 C and a methanol temperature of 10 to
300C, however, the most satisfactory temperatures were found to
be -50 and 200C respectively, giving a temperature gradient in
the working space of 7 deg/cm. At an alcohol temperature above 20c~.'
the droplet background was high; when the temperature fell to 0
to 100C the vapor flow was insufficient for satisfactory operation
of the chamber. The authors have given in this paper a good des-
cription and diagrams of the supporting equipment for pumping tiie
liquid nitrogen and feeding methanol to the diffusion chamber.
The authors state that they are preparing at the moment a larger
chamber with a diameter of 30 cm and a working pressure of 30 at.
Card 3/5

2P%31
S/185/61/006/002/003/020
A diffusion cloud chamber D210/D304
There are 6 figures and 5 references: 3 Soviet-bloc and 2 non-Sov-
iet-bloc. The references to the English-language publications read
as follows: A~ Langsdorf, Rev. Sci. Instr., 10, 91, 1939; Shutt,
Rev,. Sci. Instr., 22, 7309 1951.
ASSOCIATION: Fizyko-tekhnichnyy instytut, AN URSR9 m. Kharkiv
(Technical Physics Institute, AS UkrSSR. Khar~kov)
SUBMITTED: July 1, 1960
Card 4/5

r
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YLA~ . I j , .I , '-!. - I
ll~.:Il, rlilf'"'i,f*' -,- ! -:'--,
I . .! I . -:1 - I : I....; - , I - I
,3 1 ~-irrk U kr. t'l z . zha! . 1,~; I C~~ - 2 .. -,;) ; . f ": 1~ , .,-. p T . 1 1 "
I ~ - Jz I tut, ;~N ~Y!Al-r , .- .. - 0", ,,

SOV/137-58-11-21884
Translation from. Referativnyy zhurnal, Metalturgiya, 1958, Nr 11, p 6 (USSR)
AUTHOR: Vlasenko
TITLE- Special Features of the Dredging of Placers and of the Concentration
on the Dredges of the Southern Urals (Osobennosti dragirovaniya
rossypey i obogashcheniya na dragakh Yuzhnogo Urala)
PERIODICAL: Kolyma, 1957, Nr 6, pp 31-34
ABSTRACT: The freezing of the areas being dredged was overcome by sub-
merging them via the construction of dams and reservoirs. Areas
submerged to a depth of 3 or 4 meters permit work the winter
through on thawed soils and make it possible to avoid special removal
of the ice. The dams are hyd-rixulicallti-filllao_ ty,,4tUAid'ft4_dredq-es1 using
the tailings of hydraulic operations; this proved cheaper by 900/0
than dam-buildip by the transportation and dumping of soil by trucks
(the cost of I rn of ground emplaced came to 2.8 rubles instead of
27). Much attention was given to the organization of the work force
and technical supervision during repair operations. This made it
possible to reduce the expenditures for labor for repairs in 1955
Card 1/2 by 40-500/o in 1955 relative to 1950. Good results in recovering

SOVII 37-58-11-21884
Special Features of the Dredging of Placers (cont. )
fine Au in sluices are provided by amalgamation, which raises Au recovery by
7-8 percent.
L. K.
Card 2/2

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A/123/60/000/020/007/01!1-
AG05/AOOI
Translation from: ReferatinW zhurnal, Mashinostroyenlye, 1960, No. 20, n. 192,
# 111030
AbTHOR: Ylasenk6, V. 1.
T=-. The Practice of Tntroduction of Casting in investment Patterns
PERIODICAL: V sb.: Peredovaya tekhnol. liteyn, proiz-va, Kiyev-Moscow, MashgIz,
1958, pp. 32-35
TOCIP - The properties and advantages are listed of casting components of
machines and apparatus In investment patterns. Some technological and econo.nical
data are presented.
A. M. G.
Mranslator's note- This is the full translation of the original Russian abstract.
14,
Card 1/1

ACC NRi AP6029061
SOURCE CODE: uR/o4l3/66/ooo/ol4/oloo/oioo
INVENTOR: Vlasenko. V. I.; Oshchepkov, P. K.; Sorokin, V. I.
ORG: None,
TITLE: A magnetic internal inspection unit for long parts. Class 42, No. 183999 [an
nounced by the Scientific Research Institute of Internal Inspection (Nauchno-issledo-
vatel'skiy institut introskopii)]
SOURCE: Izobret prom obraz tov zn, no. 14, 1966, loo
TOPIC TAGS: metal inspection, magnetic method, pipe
ABSTRACT: This Author's Certificate introduces: 1. A magnetic internal inspection
unit for checking long parts, e. g. pipes, bars, etc. The device produces a two-
dimensional image in the form of isolines of the magnetic fields surrounding the
part when it is magnetized by any method. The installation contains a group of mag-
netic field intensity pickups, an open register, electronic switches controlled by
the register for alternate connection of the pickups to a common busbar, an integra-
tor which isolates the envelope of the series of amplitude-modulated pulses formed'on
the busbar, a line-scanning sawtooth voltage generator, a frame-scanning stepped
voltage generator, a cathode ray tube with image persistence, and magnetic heads for
recording and reading out magnetic marks in each cycle. The device is designed to

Abd_t4k. AP6029061
produce a quantitative visual representation of the magnetic field intensity in iso-
lines by using a multiple-level amplitude discriminatrr iith input connected to the
integrator and output connected to the control electrode of the cathode ray tube.
This discriminator puts out a train of identical-amplituale pulses separated by time
intervals which repeat the real-time moments when the pmLse amplitude reaches the
envelope of the given potential levels whici is determinod in the integrator. 2. A
modification of this inspection unit in which the image ticale is maintained regard-
less of the rate of motion of the article being checked. Incorporated in the instal-
lation is a marking device which contains a stable-frequency pulse generator. The
pulses from this generator are recorded in the form of ruxks on the surface of the
moving article. The pulses read out from these marks sei~ve as the control signal for
selection of the intervals in stepped frame scanning which move the beam along the
frame in the cathode ray tube in inverse proportion to the magnitude of the interval.
3. A modification of this inspection unit which handles exticles of any profile by
assembling the pickups into a unit which holds them stationary along the perimeter of
the article, repeating its profile.

-6
ACC NR. ~~667296 1
3-pulBe generator; 4--cathode ray tube; 5--pickup
unit
'UB.'CODE: 13,AOO/ SUBM DATE:- 30Jan65

25(l) Paw I BOOK WwrUTION wv/1745
Neuchno-tekhnichaskoye obs4ehostvo mahinootroitelluoy proqrshlennosti.
Kiyevokoye ablastnoye upravlaniye
Peredoveys tokbaologiya liteynogo proizvodstva (Advanced Technology of Casting
Production) "v.. wshaz., 1958. 152 p. 6,00o copies printed.
Bd.: V. K. Serdyuk; Tech. Ed.: 7h. V. Rmdenskiy; Editorial Board: A-YA. Artaawnov.'
K. 1. Vashchanko (flesp.3d.) S. Sh. 7ALs3jLYskiyp and B. V. Polyak; Chief Ed.
(Y%=hnoye Division, M&shgiz5-. V. Y- Serdyak, Aigineer.
PUJRPOIE; This book is intended for engineering personnel of fowdries,, wd worloers
of zgentific research institutions.
COVERAM: This book is a collection of articles and papers given by representatives
of plants, scientific-reoearch institutes, and vwes on problems of advanced
methods of production and mechanization of the foundry industry at a conference
orgiLnized by the Kiyev o'blast Board of NTO(Scientific Poid ering Section)
of the machine -building industry and the Institute of Mechanical Ensdr ering
of the Acad my of Science, Ukrainian SSR. Experience gained in centriftwl
Card 116

Advanced Technology of Casting Prod=tion (Cont-) SOV/1745
pipe precision investment casting, shell-and metal-mold casting, use of
materials preventing scorching, quick drying mold mixtures [blends].. and
problems of mechanization and automation of foundry processes are covered in
this book. An article by N.Eh. Ivanov, deals with a new cast iron welding
method developed by the author with the assistance of electrowelder G. A.
Pirozhenko, and called "cold elect3Aewelding-of.ca6t i~ron by means of a metal
electrode with an indirect are action." As the title indicates, the arc
acts on3,v indirectly on the welded metal passing between the electrode and
the build-up metal. 3=h welding insures shallov fusion of the cast iron.
The formation of a cementite surface layer is either absent or limited to a
very thin la~mr of.not more than 0.2 mm., nakin for easy mechanical
working. No persepalities are mentioned. There are no references.
TABIZ OF CONTEM:
Preface 3
NEW FFMCESS MMDS
MbakhLlln, V. D., Candl of Technical Sciences. Centrifugal Casting of Pipe 5
card 2/6

I
Advanced Technology of Casting Production (Cont.) SOV/1745
Sorokin., le.G., Engineer. Thin-valled Pipe Casting at the Lipetsk Pipe
MAnt "16
*oezhnikov, V. L., Paid er. CentrifugLl Casting of Sleeves for Tractor
Engines 24
Sodrnoy, F. 1. . Engineer. Yecbanization of the Process of Investment
Casting 26
,-Vlasenko, V. 1.,--E.ngineer. Introducing Investment Casting Into
Production 32
Protasov, P. K., Rugineer. Investment Casting of Permwent, Magnets 35
Pines, A. V., Engineer. )bthods of Shell Casting 38
Prostyakov, 1. M., Engineer. Chill-casting of Thin-valled Cast Tpon
Items 40
Card 3/ 6

Advanced Thchnology of Casting Production (Cont.) SOV/1745
Sysoyev., D. It. Engineer. Use of Permanent Molds in the Casting of
Steel 47
Vasillyev, N. D., EnRl er. Cast-welded Constructions 55
Ponomareva, S. K., Rngln er. Mechanical Molding of I&rge Steel
castings 59
Gavilov, V. Z., Engineer. Bottom-stack Flaskless Casting 63
Ityabova, V. V., Engineer. Use of Chromite as an Anti-sticking Agent
in Casting -of Iiarge-sectioned Steel and Cast Iron 72
Wlko, S. K... Candidate of Tecbaical'Sciences. Casting in quick-
drying Molds 76
HLbinovich, B. V., Candidate of 13echnical Sciences, Engineers and
-G.'1.:BdbrYakov1_Engineer... Results of Investigation and Introduction
of Throttle CALting Systems in Yass Production. 87
Card 4/ 6

Advanced Technology of Casting Production (Cont.) SOV/1745
Dianov, No Xho.9 Engineer* Cold, Electric Welding of Cast Iron Using Nbtal
Ilectrodes With Indirect Arc Action 95
Skobnikov, K. No, Candidate of Technical Sciences. Improving Working
Conditions in Fowulries 100
NRCHANML4=N OF FOUNDRr PH)CESSES
Koloskov, A. I., Engineer. MischanitAtion of Production Nbthods (Invest-
ment Casting] 105
Titov, No Do, Candl of Ttchnical Sciences. Over%21 Ybahanftatioa
and Automation of Foundry Processes 3.16
Plekhanov,, P. No,, Engineer, Mechunization of the Foundry Stripping and
Cleaning Shope of the Ural ftchine-building Plant 131
Zolichenko, Go So, Engineer. Molding and Shake-out Production Lines 133
Card 5/6

Advanced Ttchnology of Casting Pi-oduction (Cont.) SOV/1745
Bespalltsev., I. N., Engineer. Wck-excbangeable Fitting for Mechanical
Molding 1 140
Dubrovskiy, A. Mo, EnRI er. Automatic Control of Mold Density on
Shaldn Nbles 142
SLvitskiy, A. U., Engineer. Walking Conveyer for 3b=dry Shops 145
lelistist6v, S..,S., Eftgineer.' '-Inst&12Atton for Continuous Chill
Casting 148
ZoLolavWdy;-.M.'--'YL;.itCawUUto of Tlecbzical Sciences. R7draulie Sand-
blast Cleaning of Castings 151
AVA17AMZ: Library of Cabgress
001fal
6-22-59
Card 6/6

AUTHORS: Vlasenko, V.I. and Zhdanov, G.S. ?0-3-2-1/26
TITLE': 07MtT"Metheds of Sum.-ingr Fourier Series (Opticheskiye
metody summirovaniya ryadov Fur-ye )
PERIODICAL: Kristallografiya, 1958, Vol 31 Nr 21 PP 135 - 140 (USSR)
ABSTRACT: The various optical methods of summing Fourier series
are classified according to their characteristics; sequential
simultaneous, one mask/ set of masks, white/ coloured light,
cinematographic/static. ~The properties of the photographic
materials used in the Bragg-Huggins masks and in the von Eller
photosommateur are discussed with reference to range of
linearity and to maximum density. A new method (possibly not
yet realised) is &scribed. The Huggins masks, translated to
give correct phases, pass in turn before a lamp (presumably
modulated) in rapid succession so that all merge, owing to te
persistence of vision, to Cive a summation. Cinema technique
is required for this apparatus but it uses only one projecting
lens and the resulting summation can be very easily recorded
photographically. A machine where each mask is projected
-simultaneously onto a whiteol4en and the resulting pattern
of weak or strorgilluminati Uresents the summation is
also described, but appears rather impracticable. The von
(;ardl/2 Eller machine is commended.

Optical Methods of Simming Fourier Series ?0-3-2-1/26
There are 4 figures and 12 references, 5 of which are Soviet7
1 4 French and 3 English.
ASSOCIATION: Fiziko-khimicheskiy institut im. L.Ya. Karpova
(j:hyqjor,-z!hemidv-! In6tittite.lm', L. Y4. KaiWv)
SUBMITTED: February 1, 195?
Card 2/2 -

namo, V,I.; ZHDANOV, GeSe
Optical method for summation of Fourier series. Kristallograftia.
3 no.2:135-14o 158. (NM& 11:6)
1, Plziko-khimicheskiy inatitut im, L.7a. Xarpovao
(Fourier series)

VUSMOI Y. I.; ZHWOV. G.S.
-
" 7
Using calculating machines for radiographic studies. Zav. lab. 24
np.5j634-636 158. NM llt6)
L Miko-khInichankly Inatitut " L.Ta. Karpam.
(L;!ogmphy) (Electronic calculating machines)

TLASMKO, V.I.; ZHDANOT, G.S.
M "speoft '*
Automatic synthesis of two-dimensional pictures of atomic structures.
KristallogrAfiin 2 to.3:358-365 157. (KLRA 10:7)
1. Fiziko-khimicheakiy institut imeni L.Ya. Karpova.
(Atoms) (Alectronic digital computers)

AUTHOR: Vlasenko, V.I. and Zhdanov, G.S. 70-3-6/20
TITLE: Aut-o-ma-t-ic-'sy-nthesis of two-dimensional crystal strarl-a-re
patte=s (Avtomaticheskiy sintez dvamernykh izobrazheniy
atouwkIL strukt;ur)
PERIODICAL:- "KristallografiYall (Crystallography) 195?,
Vol.2. No-3, pp. 358-- 365`(V-S-S-R.~
ABSTRACT: By means of high speed digital computers it is possible
to summate Fourier series and thus compute numerical tables
within a short time. However, digital computers are unsuitable
for further analysis; for this purpose, an automatic machine
is required. The first problem Is to convert the numerical
tables into a more readily usable form.
The simplest method of this syntheds is the construction
of a mosaic image. In this case each number in the table is
replaced by a round or a square spot with the colour corres-
ponding to this number. The whole of the colour spots gives
a visual mosaic image of the electron density. This is due
to the ability of the eye to integrate discrete elements in
smooth forms.
Another method is that of the model section; it is a
C&M 1/3 better method but a more difficult one. In this case it is
necessary to construct a model of the two-dimensional function

70-3-6/20
Automatic synthesis of two-dimensional crystal structure
patterns. (Cont.)
of the electron density, then to dissect the model with a
series of planes parallel to XY on different levels and to
register on a flat screen the intersection lines.
The model is constructed by two-dimensional interpolation
first along the X axis, and then along the Y axis. The
results of the first (X-axis) inteipolation is recorded in a
special stora device and represents the initial data for the
second (Y axis) interpolation.
The first interpolation Is performed by electronic circuits,
the results being recorded in parallel circular tracks on a
rotating magnetic drum. The second (Y axis) interpolation of
these results, along the drum axis, as well as all other oper-
ations are also made by the electronic circuita
The results of the second interpolation can be considered
as being a curve, representing the distribution of electronic
density along the Y axis (drum. axis). An amplitude discrim-
inator automatically dissects this curve parallel to the Y
axis by a series of straight lines, representing the given
set of electron-density values, The intersection points am
o%rd 2/3 reeorded as light spots on a CRT screen whereby the coordina-
tes of these spots correspond to the position of the

70-3-6/20
Automatic synthesis of two-dimensional crystal structure
patte3ms, Cont.)
intersection points. Thus, during one revolution of the mag-
netic dx= the light spots form dotted lines, representing
the whole electron-density map. -
The use of the magnetic drum and electronic-rircuits for
the above mentioned purposes allows obtaining an electron-
density m" on a CRT screen within a few seconds after ending
the summation of the Fourier series on the high-speed computer.
There are 8 figures and 7 references, 2 of which are Slavic.
ASSOCIATION: Ph sico-chemical Institute im. L.Ya.Karpov.
(Miko-khimicheskiy Institut im. L.Ya. Karpova)
SUBMITTED: February 22, 1957-
AVAIIABLE: Library of Congress
Card 3/3

137-58-5-8766
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 5; p, 6, US5R)
AUTHOR- Vlasenko, V.1.
T IT LE: Peculiarities of Dredging and Concentrating Operations Performed
by Dredges in Southern Ural Placers (Osobennosti dragirovaniya
rossypey i obogashcbeniya na dragakh Yuzhnogo Urala)
PERIODICAL: Kolyma, 1957, Nr 5, pp 36-40
ABSTRACT: A summary of the author's notes and observations made in
the course of his sc ientif i c -industrial mission early this year
when he visited various dredging establishments of the Yuzhuril-
zoloto where large electric dredges are employed.
A.Sh.
1. Dredges--Applications 2. Ores--Production
Card 1/1

viAsEIZO, V.I., kand.tokbn.nauk; ZHD&NOV. G.S., -mrof.; DEMMITIYEV,
ANTOWVA, I.M., in2h.
Use of a ferrite matrix In a me-;bod for forming numbers.
[Tmdyl 14VTIJ no.2:64-69 159. (MM 13:5)
(Electronic calculating machines)

VLASEVEO V I.- 214DA1XV, G.S.; SOKOLOV, A.D.
"Now'
Dynamic nethod fl,:r anairg representation uf-tw,,-Jmenslonnl
functione.. Priborostroonle no.6-11-I4 '- IS-. (KTRA 10:7)
(Blectronle calcninting machines! (MAttiet.9151CAl MOdMIS)

VUSENKOI V. 1.
VLASENKOY V. I. "The Development of Methods of Synthesizing the
images of Atomic Structures." Min Higher
Education. Moscow Engineering-Physics Inst.
MOSCOW, 1956. (Dissertation for the Degree of
Candidate in~Sciences)
Technical
So: Knizhaya letopis', No. 17, 1956

VLASEW, V. 1. , and ZEMAIWV, G. S.
The National Committee for Crystallography of the USSR, Moscow-
"Automatic Synthesis of Taw-Dimensional Crystal Structure Patterns"
(Section l(i)-8, 8 paper submitted at the General Assembly and International
Congress df Crystallography, 10-19 Jul 57, Montreal, Canada.
C-3,600489

id wft tke
g the p&W apor which Is astma
casbas divWda -at Lae fomentation- -V.-1. Vla-tyka.,
Spif"p Proso. 20. No. 4. 114~ I
uwved Ircau the CO, nawfive C, by conden-
SUILOO from the C(h Suram 142 tuiAer 4jr by washing.
wjthjf3O. The laturprweatift Is belitv'-d Id fit thq most
ccancatkal if the corre:ct equipment Is lvi'41. e.r. the H&O
shoWd couto into ImOtnate contact wigh hc! gas fi(rcaut at
leut3drues, gothatallo(the Stoff (Srelved vulth aslittre
H%O an vussible. The ful sallf ew ( I-AC Otoll is
distd.
No"*-

SOKOLOV, A.A.; VLASJNXO. V.I.; GURVICH, A.Ye.; STAROSELIVSAVA, L.K.
Photoelectric densitozater and its use in evaluating the results of
paper electrophoresis. Vop.zed. khim. Zino.3:222-228 My-Je 156.
(MIRA 9:10)
1. Inzhenerno-fizicheskiy institut i Iaboratoriya fiziologicheakoy
khimii Instituta biologichaskoy i meditsinskoy. khinii ANN SSSR,
Moskva.
(IMTROPHORESIS, apparatus and instruments,
densitonater, photelectric (Run))

VLASINKO,-V. 1.
Recovery of alcoholic vapors absorbed in carbonic acid during
fermentation. Spirt.prom. 20 no.4:27-29 154. (KLH& 7:12)
(Liquor industries)

VLASMO, V.I.
14,
Introduotion of now techniques to plants of the Lvov Trust.
.0pirt.-prom. 20 no.3:29-30 154. (XLRA 7:10)
(Lvov--Liquor industry) (Liquor indastry-Lyov)

VLASZNKO, V.I.
Conical reducing gears in mixer transmissions. Spirt.prom.20 no.1:28 154.
(KLRA 7:5)
(Mixing machinery)

VLLSENKO V M.; KRUGLOV, B.I.; ROZENFELID9 M.G,; RUSOVt M.T.
I
Preparation and regeneration of zinc-chromium catalysts Ln the
synthesis of alcohols. Khim.prom. no.1:1-6 Ja 161. (141RA 3jtJ)
(Alcohols) (CatalYsts)

GOLODETS, G.I.; VLASEITKO, V.11., YU:,~'-FOTICH, O.Ye.
9 1
Anal-jsi5 of the experLmentual entr,-,~y of uctiva~-ion :.,e ~~r-c-.:ez:Zes
of hydrogenation of carbon ozides on a nickel. catalyzit. D,-%kl. AN
SSSR 164 no.4t839-841 0 165* (I-9RA 18: 10)
2. Institut fiziches.~oy RIAmil. iM. ~-N lji~rSZR.
Submitted Murch 2, 1965.

AUTHORS:
TITLE:
SOV/ 64-56-4-2/2o
jlgjagnko, V Candidate of 'Chewical Sciencesq
fth2L____JL
Boreskov, G.Y, Corresponding Memberp Academy of Sciences, USSR,
Braude, G. Ye.
The Catalytic Purification of the Nitrogen-flydrogen Mixture
of CO (Kataliticheskaya ochistka azoto--vod-2-odnoy smesi ot CO)
PERIODICAL: Kimicheskaya promyshlennost', 1958, ITr 4s pp. 2oo - 205 (USSR)
ABSTRACT: As the preence of oxygen and carbon monoxide in the gas mix-
ture in the ammonia synthesis acted as a catalyst poison,
it has often been tried to investigate and remove it; the
present work mentions results of investigations on the prob-
lem mentioned above in the case of low temperature with nickel
catalysts being used. From the data on the conditions of
equilibrium of the hydration of carbon monoxide may be seen
that the equilibrium concentration of CO increases highly
with the concentration of carbon oxide in the initial mixture
and that it decreases with an increase of pressure. The
equilibrium content of CO in the gas mixture increases with
Card 1/3 the temperature as well, When the purification process is

sov/64-58-4-2/2o
The Catalytic Purification of the Nitrogen-Hydrogen Mixture of CO
carrieqout at 3oo atmospheres a good effect can also be ob-
tained at higher temperatures, while below 3000 all experi-
ments showed that the hydration is irreversible. The investi-
gations of catalysts carried out show that nickel is the
most active of the wrtizeacus metals; a porous catalyst with
a highly developed inner surface was used. The schematic
representation of a high-pressure plant is enclosed from
which among other things it can be seen that a constancy of
the pressure was obtained by means of a regulator according
to 1. P. Sidorov (Ref 13). It was observed that the 0hydration
takes place with sufficient velocity already at loo , the
degree of transformation changiBg with the temperature and
the pressure. Starting from 125 the velocity of the increase
of the degree of transformation is slowed down which is ex-
plained by an external diffusion on the catalyst; this is
represented by an equation where the coefficient of the mass
transfer as well as the pressure were fixed. In case
oxygen and carbon monoxide are present together in the syn-
thesis of ammonia in the gas mixture the completeness of the
gas purification is dependent on the hydration of carbon oxide.
Card 2/3 There are 6 figures, 6 tables, and 14 references, 7 of which
are Soviet.

4 SOV164-58-4-212o
The Catalytic Purification of the Nitrogen-Hydrogen Mixture of CO
ASSOCIATION: GoeudarstvenW nauchno-is8ledovatellskiy i proyektnyy in-
stitut azotnoy promyshlennoqti
(State Scientific Research and De6ign* Institute of Nitro-
gen Industry)
1. Hydrogen mixtures-4urification 2. Carbon monoxide--Chemical
reactions 3. Nickel catalysts--Applications
Card 3/3

KOZIJB9 G.M.; RIJSOV, M.T.; VLASENKO, V.M.
Electronic states of catalysts in adsorption and catalysis. Part 2:
I*chanism of carbon monoxide hydrogenation over a nickel catalyst.
Kin. i kat. 6 no.21244-249 Mr-Ap 165. (AURA 18:7)
1. Institut fizicheskoy khimil Imeni Pisarzhevskogo AN UkrSSR.

r, T-7-:, TN N' T? A Fn n n f; r, nn fzp 4
TOPIC TAGS-
catalysis, activation energy, phvsiral diffusinn
ABSTRACT- Tests were- rarried nut bv the -ontinuous circulatirn method af.
atmospheric pressure and -it difif-rew rarhon m-moxide contents m ~~Arr)2,~n wrlich
h 7
T
described bv an equalit-)r jf f 1162 krallmni?
Card 1 2

L 64294-65
ACCESSION TNYR. AP5020985
and, the fillina of the catalyst sur"Face ,vith t arhon monnxide wIcz 0 of lh~
nionurno;e( uia: la%er' -nas--; i r- r.
the (-'bSf-r-vpd f
concentrations of carbon monoxi(le less han cert;iin determined values (f(-r the
given experimental conditions) the hvdroaenatirm reaction prncceds under transi-
n r-, --il 'K i,,, r-t .-i~ jr-
AS--W- IIA T'I(),,' ti ti~ t li I r~, -9~ .1 4 -q! 4 AN 7-)r rS,9;1,
I QT- o I
I C X
~q TYl MI T T ED3 6

V T. AS Et'lK 0
. , V.M.- GLUKHO'll'i V.G.; MIKHALEIA, F.F.; V. G. ;
, I) - i
r M-T.; STCHY07, P.7.
ChangeB in the properties of zinc-chromium cataly3ts during
the production of methyl alcohol. Khim. prom. 42 no.9:664-
666 S '65. (MUA 18:9)

VLASENKO, V.M.; KUKIIARI, L.P.; RUSOV, Y.I.; OSAM1!HENTFC)q It.?.
Adscrption of hydrogen and carb-..-i mmsnc7faw! cn a nickel
catal~rst. Kin. i kat. 5 no.2;337-3414 164.
(MIRA 17: 8)
1. Institut fizicheskoy khimU I'meni Fisa-rLhevskogo AN UkrSSR.

VLASENKO, V.M.; PISkREV, V.F.; SOBOLEVA, A.S.; KHARLAKN, V.V.;
YLTZEFDVICH, G.Ye.
Industrial catalytic purification of a nitrogen-hydrogen mixture
by the removal of carbon monoxide and carbon dioxide. Khim.
prom. no.8:583-586 Ag 063. (MIRA 16:12)

VLASENKO, V.M.; ROZENFELID, M.G.; RUSOV, M.T.
Investigationg the macrokinetics of the synthesis of methyl
alcohol on an industrial catalyst at high pressures. Khim.
prom. 40 no.83577-582 Ag 164. (MIRA 18:4)

KOZUB, G.M.; RUSOV., M.T.,- IVL&SEIIKOj-i--11-
Electronic state of catalysts during.adoorption and catalycie.
Part 1: Temperature dependence of the electric conductivity and
type of conductivity of cdtalysist in the synthesis of isobutyl.
alcohol. Kin. i kat. 2:240-244 Mr-Ap 161. (MIRA 14:6)
1. Institut fizicheskoy khimii imeni L. V. Pisarzhevskogo
AW USMJ* Kiyev. (Catalysts-Electric properties)
(Isobutyl alcohol)

RUSOV., M.T.; KOZUB, G.M. J-~ozub, H.M,li VLASEKKO, V.
Studying the mechanism of catalytic synthesis of methyl alcohol
by the change of the work function. Dop,AN URSR noo7t935-937 161.
(MIRA 14:8)
lo Institut fizicheakoy khimii AN USSR. Fredstavleno akadpikom
AN USSR A.I.Brodskim [Brods'kyi, O.I.J.
(Methan 1) (Catalysis)

VLASE-T.0, V,I,,.; KIJKHARI, L.A.; ROUNFELID, M.G.; RUSOV, N.T.
Statc. of' thi-: vroinioting potannium oalt added to a
zinc-ellromium catalyst of isobutyl alcohol synthesis.
Khim.prom. no.9:555-558 Ag 162. (MIRA 15:9)
(Isebutyl
(Catalyatz)

hny,.~az,s at I.
2 5-

ISHCHENKO, N.K., inzh.; LECHIN, M.I., inzh.;---vjASFdaa,-v-.j4_
Sirall mine 'ventilation apparatus. Shakcht. stro'. 6 no.6.11-13
.L
Je 162. (MM, 15: 6)
1. Treat Artemshakhtostroy.
(Mine ventilation-Equipment and supplies)

50)
AUTHORS: J date of Chemical SW/r,4- "';-Ij - 6/119
Sciences, Boreskov, G. K., Corrcsporidin~, 11.11ember, Ar-.,.de::iy of
Sciences, USSR, Braude, G.. Ye.
TITLE: The Catalytic PurifiC.Ltion of a Ni t roren-Hydroi-en Mixture
From Carbon Dioxide (Katalitichcokaya ochintka azoto-volorodl-
noy amesi ot dvuokisi u~:leroda)
PERIODICAL; Khimicheakaya promychlennont', 1950, Nr 6,
pp 473 - 475 (USSR)
ABSTRACT: In the production of ammonia the nitrog-en-hydrogen mixture
is carefully purified from substances containing oxyj;en prior
to the synthesis. The purification process can be simplified
by hydrogenating CO and COO simultaneously, which requires
highly active catalysts. The results of tests carried out
with a porous nickel catalyst are given. The properties of the
catalyst as well as the investigation technique have already
been described (Ref 1). It is known that the hydrogenation
of CO in the gas purifying apparatus is practically irreversi-
ble (Ref 1). A diagram (Fig 2) shows the dependence on
Card 1/3 temperature of the equilibrium concentration of CO 2 at varying

The Catalytic Purification of a NitroJen-Hydror-en ILixturc- SOV164-56-6-6/1'q
From Carbon Dioxide
pressures and concentrations of the admixturus in the nitroJen-
hydrogen mixture. This shows that at temperatures below
3000 the formation of methane in just as irreversible as tr,at
of CO. The process of purifying the nitro,-,en-hydrogen mixture
from CO2 was studied at 1, 10,and 300 atmospheres, vihile the
simultaneous hydrogenation of CO and CO 2 was carried out
at 1 and 300 atmospheres. At atmospheric prensure the hy,1ro-
genation of CO 2 takes place at a temperature of 1250, and
at 300 atmosphorea at 000 (Table 1)_ The hydro:,enation of
CO is accomplished more easily (Table J). The hydroConation
of CO2 takes place at 300 atin, a CO 2 concentration of
0.02%, a linear velocity of the gas of up to 0.02 cmn per
sec, and a temperature of more thun 1250 in the area of ex-
ternal diffusion. Fcr these conditions an equation (3) is
given by which the mass transfer coefficient can be calculateO.
The degree of purification of the nitrogen-hydro-en mixture
is determined by the hydroJenation of the CO 2. There are
3 figures, 6 tables, and 2 references, 1 of -which is Soviet.
Card 2/3

,The Catalytic Purification of a Nitro,,-en-lly~!rogen Mixture
From Carbon Dioxide
ASSOCIATION: Gosudnrstvennyy nauchno-insle-dovatel'skiy i proyektnyy insftitlit
azotnoy promyshlennooti (State Scientific Research and
PlanninE; Institute for the Nitro,z-,en Industry)
Card 3/3

VLASENK0. M1,;-KRUGLOV, B.I.; ROZEIIFLLID,, M.G.; HUSOV.0 M.T.; SICHKOV, P.V.
Change of properties of zinc-chr=i= catalysts in the course
of isobutyl alcohol production. Khim.prom. no.4s2J,/,-248 Ap 162.
(MIU 15:5)
(Ioobutyl alcohol) (Catalysts)

VLASENKO V Mt- RUSOV, M.T.- YUZEFOVICII) G.Ye.; Prinimali uchastiyo:
Y
'KAYA, V.A.; kKORSKAYA, E.J.
Kinetics of carbon dioxide hydrogenation on a nickel catalyst.
Kin-i kat. 2 no./+:525-528 Jl-Ag 161. (MIRA 14:10)
I& Institut fizicheskiy khimii imeni, L.V.Pisarzhavskogo AN USSR,,
Kiyev.
(Carbon dioxide) (Hydrogenation) (Nickel., Catalyst)
a

VLASENKOP V.M-j TUMFOVICH, G.Ye.; RUSOV, M.T.
Hydrogenation of carbon monoxide and dioxide over a nickel
catalyst. Kin.i kat. 6 no.5t93"41 S-0 165. (MIRA 18:11)
1. Institut fizicheskoy khimii imeni. Fisarzhevskogo AN UkrSSR.,

32995
S/641/61/000/000/022/033
B108/BIO2
AUTHORS: Vlasenko, V. P. Grits, Yu. A., Khulelidze, D. Ye., Chulius.
TITLE: Total cross sections of fast neutron scattering from arpon
and crypton
SOURCE: Krupchitskiy, P. A., ed. Neytronnaya fizika; sbornik statey.
Moscow, 1961, 283 - 286
TE)Vr: The total scattering cross sections of neutrons with 2.13 - 2.94 Yev
from D(d,n) reactions were measured with the arrangement shown in Fig. 1~
The measurements can be made with liquid gas. The device is free from
many shortcomings attached to similar apparatus. After evacuation of
the system, the gas is condensed and led into the test cylinder under a
pressure of 2 - 3 atm (to reduce evaporation). The gas cylinder B is
placed into the dewar C with liquid nitrogen. The gas evaporating from
the test cylinder is led back into the gas cylinder B through a rubber
cooling spiral and condensed in the cylinder B. For refilling, the test
vessel is placed in the dewar. Refilling with argon was necessary once
Card 1 14 ")
IF /-~

32995
S/641/61/000/000/022/033
Total cross sections of fast ... BIOB/B102
every 30 40 min, with crypton every 60 - 90 min. Density of argon was
3
1.4 9/cm of crypton 2.6 g1cm . The total neutron scattering cross
sections in theenergy range investigated were 3-0 � 0-5 barns for argon
and 3-5 0.5 barns for crypton. There are 2 figures and 5 non-Soviot
referencen. The four reVerences to Englitih-language pub.licattorl!. re"id i,,
follows: Day R. B., Henkel R. L., Phys. Rev,, 22, 358 (1955); Chernsey
J. B., Coodman C. %s. Rev., 22, 323 (1955 ; Nereson IT., Darden S. Phys.
Rev., 94, 1678 (1954 Rose M. E., Shapiro M. M. Phys. Rev., 74., 1855 0%.9).
Legend-to Fig. 1. 0 window, A
cylinder with axis o, r - neck, X
V - valve, B - steel gas cylinder,
All - pressure gage, 0 - 5 atm; M? -
cylinder; (2) to vacuum forepump.
measuring dewar, glass, "q - feit,
condenser, K - three-%ay cock,
C - dewar with liquid nitrogen;
pressure gage, 0 - 150 atm; to gas
Card 4

VLASENKO V P. )- GRITS, Yu.A.; XHULELIDZE, D.Ye.; CHULIUS, V.F.
1 11 111-~~- '"
[Total cross sections of fast aeutron scattering brf
argon and krypton] Polnye secheniia rasseianiia &jstrykh
neitronov argonom i kriptonom. Moskva~ Glav. upr. po
ispoltzovaniiu atomnoi energii, 1960. 7 p.
(MIRA 17:1)

VLASEITKO, V.P.
Studying the acoustical tract of a shadow flaw detector far
the control of thin rods. Defektoskoplia no. 5:8-13 f65
(MIRA 19tl)
1. Volgogradskiy nauchno-issledavatellskiy institut teklmologii
ma hinostroyenlya.