SCIENTIFIC ABSTRACT VETCHINKIN, S.I. - VETISKA, A.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
• Original Classification: S
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• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

VBTCHIWMj-S4;j SOKUIDV, N.D.
CUlculation of the s7stem Hee b7 meana of the Talence strbclAwe
mothod. Zhur. fiz. khim. 3!i no.7:1645-1647 Jl 16L
(MIRk 14:7)
L J~-SSS, Institut, khJmJ(.-hamko7 fisiki,
(Heliibi bydride)

VETCHINKIfl'p S.1.1 SOKOLOV, N.D.
Calculation of molecular integrals in quantLm chemistry. Zhur.fiz.
khim. 36 no.8sl754-1756 Ag 162. (MM l5s8)
1. Inatitut khimicheskoy fizik:L AN SSSR i Moskovskiy gosudarstvennyy
universitet fizicheskiy fakalltet.
(Quintum chemistry)

ALEKSANDROV, I.V.; VETCHINKIN, S.I.; KARYAGIN9 S.V.
Theory of superfine splitting anisotropy in electron pars-
magnetic resonance spectra of free radicals. Dokl. AN SSSR
143 n0-4:890-893 Ap 162. . (MIRA 15:3)
1. Institut khimicheskoy fiziki AN SSSR. Predstavleno ekademikom
V.N.Kondratlyevym.
(Radicals (Chemistry)-Spectra)

S/020/62/147/006/013/034
B104/B1180
AUTHOR::
TITLE. Method-of determining optimum wave functions for
approximating matrix elegant's
.1962 1326-1331
!PERIODICAL; Akadediya nauk,SSSRW Doklady, v-~147, not 6t
llkff: -The matrix 'ele6ents j1D of any,operator other than
DAB f Bdr
-'Jhe- Hamiltonian: have fio extreme properties with respect to variation of
t1le,wive functions., Slight pprturbLitions of the wave funotio a may
therefore c Iause. considerable-changes in the 'Any extension of the
-DAB*-
class of wave functions only improven the'averagii of %the engrgy--lyaluos -'.while
the transition probabilities calculated on this basis may either become-
closer to, or further fromf the exact value.,.The choice of variation wa*e'
function in calculating D is thus not only determined by the
AB
requirement of an extreme'energy value. Here 'thV(oonditiovs are studied'
which ohould satisfy the approximated wave fuActions e6 theit D is not
AB
Card 113

S/020/62/147/006/013/034
Method of determining optimum: ... B404/B180
F I
-.-~.dependent on exteneion of the class of variatioFi wal:e functions for
states A ana B. The constaAt,s, or unknown funoti,?na of the coordinates
a and b in tho approximale~d wave functions
k k9
K
VA TA + YJ qA (H E OA
A
VA jTn + bt, (H E,,)* fpsl , (2)
are assumed to vary slowly in certain regions of space. The problem is
to'find whether, with these"restrictionb on the properties.of ak (b 1 an;
k)
exact solution of the SchrBdipger equation'can be represented in form (1)
(or (2)), by appropriate choice of Y.. (or If the function can be
YB)
expande& in.a definite, finite but arbitrarily large number of eigenfunc-
tions 7 n of the SchrUdinger:equation, any of these eigenfunctions can be
represented,in %he form of series (1) with constant coefficients
Card 2/3

S/020/62/147/006/013/034
Method of determining optimum ... B104/B180
'ASSOCIATION: Inatitut khimicheskoy fiziki Akademii nauk USSR (Institute..
of Chemical Physics of the Academy of Sciendes USSR)
PRESENTED: June 4 1962, by V. NO-Kondratlyevo Academician
SUBMITTED: .'May 24, 1962.
Card 3/3

S/051/63/ol4/oo3/Gol/oi9
&0,39/9 120
AUTHOR: Votchinkin, 3.1.
TITLE: Approximate calculation of J.he probabilities of dipole
transitions. The lithium atom
PSRIODICALt Optika i spektroskopiya# v.)A, rto.3o 196~, 317-521
!rEXT i ~The c(inditions are axamined for tho se),ection of the
itnum -a ppro
-apt' ximate wave function for t", calculation of the non-
diagonal matrix eLement, operator of a dipole moment. It is shown
that takkng into account the necessary tymmetry of the electron
wave functions tho simplest and most essential of these requirements
is not fulfilled, Gither for the flartres function or for the
Hartroo-Fock function. Nevertheless inwany cases for the Hartree-
Fock function thene conditions are able to be taken fully into
-account (to a sufl'icient degree of accuracy). It is suggested that
for erimilar problums any approximate wave functions (and not only
Hartree-Fock) which decay exponentially to infinity and posae'sa the
necessary number of terms, lead to a satisfactory value of the
dtpole strength. The resuits are compared trith vaLues calculatod
Card 1/2
P

S/051/63/oilt,(003/001/019
'Approximate calculation of the E039/E.120
A
by the self-conaLstent field method with and without exchange.
The values found for the dir.4--le etrerig-h ahow bqttcr agreamiant
with experimantal valuen than thQ rae-u.~Cr. obt&A1rkcvd frkui tho muro
laborious numerical solutiona of the Hurtree-Fock equations,
hence coafirra-ing -the oariler suggezt-n. Gp_1cu1&tiorz are irada
of the dipole.strongth of the 2s np ja 2, 3, 4) transitions
of the Li atom vaAency electrons.
ThAr-e -is 1 table.
SUBMITTED: June 12, 1962
Card 2/2

:-V1910/63/003/01-/01
:Ad& 2M AT4041501 07/0118
UrHOIL Vztchinkin, S. L
b.TITLE: -Approximate calculxtions of dipole transition probability and conditions for the
optimum choice of a6pproximate wave functions
SOURCE: AN IAtSSR. IAtovskiy fizicheskiy sbornik, v. 3, me. 1-2, 1963, 107-118
I TOPIC TAGS: quantum mechanics, wave function, approximate wave -function," wave
11unction selection, dipole transition, dipole transition probability, Hartree Fock function,
electron shell, lithium atom
A33STRACT: When. '?A and 'fB are two approximate wave functions corresponding to
states A and B (discrete spectrum) then, in order to obrtain a m6re accurate value of th6
element of the transition matrix, it is necessary to find corrections for -P A and _f B
based on energy extremums. For the matrix element DAB of the dipole moment operator D
it is possible to limit the choice of 'PA and YB so as to make DAB independent of any
corrections. The author shows that if the function p can be expanded into an arbitrary
(finite) nurAber of (discrete spectrum) Schroedinger eigonfunctions,Yn, corresponding to
energy states E no tien any Y. can be expressed in terms of
a r,
e
d 1/3

ACCESSION NR: R174041501
X
ak w-E)kp
t where H is the Hamiltonian of the system and vGk are constants wh1ch can be., chosen so as
to make the exact solution of Schroedinger's equation expressible In terms of P. Applying
this ieasoning to and using the notation = T A * ~L YB d le, it is
YA and 'fB
shown that If
EY -
A (2)
Ek

B
r Is independent of the unknown inaccuracies in
the element DAB IYA*D YBd
YA and fB within tl:~e first order appro;dmation. The theory is then generalized to the re-
quirement that concurrence must exist between the time* derivatives of the rnatrix elernent
DAB and the matrix elements of time derivatives of operator D. It is shown that a satis-
factory value of the matrix element of transition between two lowest states of different
Symmetry is obtained when k + e = I conditions, analogous to (2j, are satisfied. When the
symmetry of the electron wave functions is considered, none of these conditions are
trictly satisfied for Hartree or Hartree - Fock functions. For Hartree-Fock functions
s can be neglected. For these casei,
discrepancies are small (in some cases) and
-Card 2/3

~71
ACCESSION'NR: AT4041501
ay exponentially to zero at infinity and
-arbitrary approximate wave functions which dm
possess the required number of nodal,points give satisfactory answers for dipole strengths,
provided that they satisfy at least two of the derived conditions. Ills statement is &up-
ported by computation of dipole strengths of the 2S ---) 2p, 2s -4 Sp and 2s -4 4p transi-
tions of the valence electron of the U atom. "In conclusion, the author exptesses gratitude
to Prof. N. D. Sokolo4 for a numbpr of valuable comments and to A. A. Ivanov for per-
f forming the numerical cpmputations. Orig. art. has: 1 table and 27 eqLtatiods.
ASSOCIATION: Institut khimicheakoy fizild, AN SSSR,* Moscow (Institute of Chemical
Physics, AN SSSR)
SOBMITTED: 00 ENCL. 00
fUB CODE: GP NO REF BOV; 004 OTHER: 003
'3/3
Car-CP

VETCHINK.IN, S.I.
Approximate method for calculating the hyperfine interaction
constant. Opt,, i spektr. 18 no.1:10-15 Ja 165,
(MIRA 18:4)

ERM

---- --- ----- --
ON!

Cord 2.12
-IL
-7
RF,
NETCHINKIN S.I.
YdnWzation of the mean square error of the approximate wave
function and the caloulation of matrix elezento# Opts i spektr.
15 noOMI-277 S 063. (MIRA IWO

1 0 1 0 v if tr I) w41 to ull trx-~Jzlv sun *van tell .10 Its k1l, NX44 4f afilm at
~.A- IL -9 f -I-- -I --- a9
.0p,03 -law
00
00 is "Mdons with bides
&MMI for waflot
!:~,bft,vctcwAwn Ond K. M.
and ddas. B. Cowructioo details. got
:0 .3 Rum. W.M. I)vc. 31, 19V
000 CAP
00 j
*0
00 x
00 too
00 =to
Poo
.200
1=00
zo 0
90,1.
00 ti,.
U a AV 00 A% it
iz " VP IV (I 'V 611 9 d It 0 K d It0 0
0 0
0 0 0

U
S.i.
CiH i1T L 0 V
Dimwaika pole:tov. JM,,,skva, 1927. 258 p., tables, 6iaprs, WEAC-31. T?-,;,jy,
no. 26)
Summary in Enelish.
Title tr.: Dynamics of flig'rit.
QA911. M65 no. 26
SO. Aeronautical Science and AviaLion in the Soviet Union. LiLrary of
Congress, l'!55.

114-TCHINKTIV,
Metody priblizhennogo i chislennogo integrirovanlya obyknovennykh differentsialInykh
uravneniy. Novyye formuly mekhanicheskikh kvadratur. M., Voyenno-vold. jLkad. lm.
Zhukovskogo, vyp. 1 (1932), 1-104.
ChiBlovyye metody resheniya nelineynykh integrallnykh uravneniy. Trudy ti3agi, vyp. 192.
Rukovodstvo po priblizhennym vychisleniyam. Trudy Tsagi, vyp. 210.
Novyye formuly 1 tablitsy ellipticheskikh integral ov i funktsiy s prilozhenlyern sokrashch
ennykh semiznachnykh logarifmov uise:L I trigo-nometricheskikh velichin. M. Voyennovozd.
Akad. 20 (1935), 1-47.
Uislennyye motody resheniya nelineynykh integrallnykh uravneniy. L., Trudy vtorogo
Vsesoyuzn. Matem. Vezda, T. 2 (1936), 410-4~14-
Elementarnyye sposoby chislennogo integrirovaniyo obyknovennykh differentsia-llnykh
uravneniy vysshikh iooryadkov i ikh siutem. 'A-urly TsAGI, 273, 11-13 (1936), 13-56.
Sbornik stately po ..-hislonnomu integrirovaniyu differentaiallnykh uravneniy. Trudy
TsAGI, 309 (1937), 1-51-
SO: Mathematics in the USSR, 1917-1947
edited by Kurosh, A.G.,
Markushevich, A.I.,
Rashevskiy, P.K.
14oscow-Leniniprad, 1948

VETCHINKIN, VJ-dilIKIR PETROVICH.
,nie. C~-astlj i Ch stIII. 2 1 dop. JzfJ-
Dinamika samoleta. ij,.redr,
,Oskva, rosmashnetizdat, 19.1-3. 1100 P-
Title tr.: Dyna.,rdes of airplanes.
KCF
,rid AvIstiori Jr) the S- i t U i n. Librani of
SO, 0ronoutical "doilce, r (,v 0
Concress, 1955.

VETCHWINj IVLADDM-P9TRGVM.----- --- --- --- - - - -
Method of simultaneous coual az:L-ruths for determining latitude and
time correction. Moskva, Glav. rEd. tekhn.-teoret. lit-ry, 1937. 87 P.
(49-55361)
QB201.V4

VI' TCHINKIN, VLA.IoINIR
Acrodinamika. (Akaderiiia Nauk SS, ?. Welenie matenatic;ieskikh i este--t-
vennykh nauk. Matematika J estestvozoarzie v SSSR. Moskva, 1938. P. 121-138)
Title tr.: Aerodynamics.
CO. Aeronautical Science and.Aviation in the Soviet Union. Library of
Congress, 1-;55.

MCHIUKII Visdimir Petrovich; PYSHNOY, V.S., otvatetvannyy rodattor;
U.&
AIABNIXOY# Y.H., redektor Isdatel'stval SINKINA, Y*,W*# t4-khat-
oheskiy redaktor
[Selected works] lzbrannys trudy, Moskva,, lzd-vo Akademli nauk
SSSR. Volals [Dynamics of aircraft] Dinamika samoleta. 1956.
422 p. (KLVA 9:11)
(Aeronautics)
(Tatohinkint Vladimir Petrovichs 1888-1950)

TATORMIN, V.P.; KOGAN, 7.K,,# KALAMSKIT, Y.A,, reds; SMOYTSVA, K*JD*g
z E-mre&.
ENew formulas of numerical quadratures] Novye formuly chislennykh
kvadrat,4r. Koskva. Gos.izd-vo tekhniko-teoret,lit-ry# 194. 71 p.
(Kin 13:8)
(Numerical calculations)
(Curves-Rectification and quadrature)

- - --- -IM, M - --- - -- --- ---- - - - --- --- - - - --- -
IKIN, V. P. i.'MASr
VETCHIN
1~ 9 see ILC

ZEMELIMANP V.B.,- KOGANp A.M.; VETCHINKIN, II.Ye.
Method for determining relations batveen the parameters of a
revolving furnace. Xhim. prom. no.10:776-7.79 0 t63.
(MIRA l7t6)

V 1-- Y\Ul' T " IV,
PMROV. B A prof soor, predeedatell; DORC. "ENT. V.I.@ sekretar'; KLYNCHIX#
V.I.: *LZANS'eKIY, V.L. professor; BAN'Jii~, A.U.. professor; LWIT. V.S.,
prof;ssor; ITTROVSKIY, B.V., professor; PZCHATNIKOVA, Z.A.; SOWV'71V,
A.Te., professor; KAKHOV, H.I.9 dotonet; TEIANSKIT. N.Y. professor;
PIDTKIH, P.M... professor; VISMIEVSKIY, A.A., professor; VETCHINKIH. Yu.m.;
GURZVIGH, X!L, professor; OSIPOV, B.K., professor; TIKHON-OVA'- '_
CA.;
ZHIKH, A.N.0professor; ZWAVSKIY, B.A,; TTMOVSKIY, S.D., professor.
Minutes of the session of the Surgical Society of Moscow and Moscow Province
of October 10, 1952. Khirurgiia no.4:92-95 Ap 153. (MLRA 6:6)
1. Xhirargicheskoye obshchestvo MoskY7 i Moskovokoy OblastL
(7&opha&nis--Surgery) (Ileophagua--Cancer) (Rectum--Diseases)

SurgiciLl therapy of broucho-divertit.-ula-esuphagoal fistml&. XhlrurgiU,
Moskva no.5t3l-34 May 1953. -(cm 25:1)
1. Profesiaor for Oslpov.

A "LIT

StUUTT71,D.- 0 GO! E GG Gc-

WTC~HI~VKA jyq OBUICIOVAp L,K*
Qmef,ijative det6rmination 2p6-di-tort-but7l-4-mothylphenoI
(ionoll, Zbur. anal. khim. 20 no.8:860..863 165. OURA 18: 10)
L Izwtitut khimichesko7 fizild AN SSSRp Moskva*

66
XM-M-AP601~9(k (A) SOURCE CODE: UR/0076/66/040/04/0762/070
AUTHOR: Vetchinkina,_Y. N.; Mavzus, . K.; EmiMuell. N. M
ORG: Institute of Cher(lical Physics, Academy of Sciences,�SSR ( stitut khimicheskoy fizild
Akadi nauk SSSR)
TITLE: The radical mechanism of 2 ~enol conversion In a hydrocarbon medium
SOURCE: Zhurnal fizicheskoy khImil, v. 40, no. 4, 1966, 762-766
TOPIC TAGS; phenol, hydrocarbon, reaction meebanism, oxidation Inhibitor
ABSTRACT: Phenol dissolved in n-decane was heated at 140C in a stream of nitrogen pre-
liminarily purified of oxygen traces, In an attempt to clarify if consumption of the inhibitor
without participation of R02 radicals Is related to oxidation of the inhibitor or represents a
parallel reaction requiring no oxygen. Results indicate that the consumption of phenol heatk
in an oxygen-free hydrocarbon environment Is accompanied by the formation of free radicals,
The radical formation rate constant for phenol In n-decane is given as k-9. 6, 10-r3 1/mol, see
at 140C. The low efficiency of phenol as an inhibitor of the oxidation of the hydrocarbon
discussed is ascribed to an Interaction between the two. Orig. art. has: 2 formulas and 4
figures.
SUB CQDE:-07/ SUBW DATE: 05Jul65/ ORIG REF: 094/ OTH RM 003

TERESHCMMKO, I.P.; MOSKVIN, 0.1.; DARAGAN M.V.[Darahan,, M V.1;
ANISIMOV, V P.- YARIVOLINSM, M.R.tlArroolyns1kyip M:R. ;
BULGAKOV, P:S (Bulbakov, F.S.); VIS, VA.; KASEEFUR A.Y.;
VASUMKO, G.L[Vasylenko, H.K.1; KUKOLEV, V.D.[Xuko'liev,
V.D.]; SIGOV, S.G.[Sihov,, S.H. deceased]; NAGNUTYAK P.A.
[Nahirniak, P.A )- VETCHBOV [Vietch3mov LA I;
ZADOROMYY1 V.i.'-_='TSL!K~AYA, LL_.f7.Trosovs'L) L:I.];
SHKIT321A I It. L ; PROSHCHMOV p 0 14. - MOKIYENKO I B. F.
[Mokiionko, B F:h GOLOVACH, A:V.[Holovach, A.V.1;
IVANIT.13KIYO I:V Ivanytolkyis I.V.]; KOZAK, V.Ye.;
BORYAKIN, V.M., red.izd-va; NESTIMKO, 0.0., glav. red.;
DAMO, Yu.B., tekhrA. red.
National inco?zo of the Ukrainian S.S.R. during the period
of the large-scale building of commism) Natsionallr7i
dokhod Ukrainstkoi RSK v period rozhornutoho budivnytetva
konrunlzmu. Red.kol., O.O.Nesterenko ta inshi. Kyiv, Vyd-
vo AN URSR, 1963. 333 P. (MIRA 16-12)
1. AkEAemiya nauk URM, Kiev. Inotytut ekonomiky.
(Ukraine-Income)

;arly-tishchi, Hookovokaya oblastil)
Ifficlioncy promoters of the competition of the Office of
Municilml Sanitation in Krtishchl. Zhil.-kom. khos. 9 no.4:
18-19 '59. (KIR& 12:7)
1.Nachalluik kontory sanitarnoy ochiatki.
(N.rtishchi--Streat cleaning)

VETCHINOV, M.
*Secrejp* of achievements. Za besop.dvizh. 5 no.10:2-3
0 162, (MLU 15:12)
1. Instruktor MosWoretokogo rayonnogo komiteta Kn-nistichookoy
partii Sovetskogo So'yuzao I
(Moscov.-Traffic oafetr)i

WWAlp I*Iep. 231URMV,
Study of orientation and crystallization of caprone fibers by
infrared microscopy.
Report presentAid at the 13th Conference cn Vigh-molecular compounds
Moscow, 8-3.1 Oct 62

Medicine
Ofthopedic stowitolo&i. Pod obshch. red. B. 11. Bynina Izd. 2. ispr i dop. fwbskva,
Medgiz, 1951.
Monthi.v List of Russian Accessions, Library of Congress August 1952. Unclassified.

Diatri LIM

6116i ironi fire eirigm.

k
Vete ka, and r. m--a
V,
r0
a ,
I um rud,
,Z'
&I
1
11
1C.SkV. Ckem. Cpm
m
nx. 24, 1(44-
i
'rrp"ativemidimalytical p. c(
X
VeIromCe.1-a,Pr, Nd, Sin. &nd Y w-xnc%uTlrdmtbypa.%s-
Ing a soln. of the chlorkles cJ the above chirm1h in BN IICI
through a cabimn ccatg. ml. of OAL quaternary aulon
exchanger, grAn dhans. rit OX2-0.231 min. The turc earths
pAi*i thrmigh the cOut--irl; 1,*cC;, h adtotix-d and crut ~e
tva3hed wit with water. To ilct. Fe la mormi;t-- conec-n-
ttatc3 fu5t tlic inineral with
(it NvajOl. dig"t the
an cuess
Pl3td. hydroxides vvith water to neutral reswtion, dissolve tile
X;

1) t. In 11 N 0j, t r c at tin Mi citi ot w it h N I 1~0 11, wash t he-p pt d.
M
roxii1cs with hot ivater, filter, dis"ve the ppt. In hot
A
cined. I[Cl, CCrrjI, t1je si,ln. thrre.I&J, thi! m1urn, wash,
,
with 8N110, nud wash uut thc retained Will) M
-
lludli'
k
.
.Ii HO.
16th Zrj wf

OOU11TR1 Czecioslovakia L-2
CiVUEGOR7L Amlytical Chemistry - knalysis of inorganic
Substancea
ABS. JOUR. : RZKhim., No. 2L i959, 11',o. 8(043
AUTHOR : Kre-el'ka, J.H.; Vete'ska K - Viazacek, J.
I ii -S T .
'
T IT L :.Sepa-"atim of A"
ron fror., Hare-Larth Ller-Ents
ORIG. FPUB. Collect. Czec hsl. Chem. Cormuns, 1C.59, 24,
No 1, 1c8_202
ABSTRACT :Thp possibility has been ascertained of a
*
lemcnts (REL) by means
separation of Fe from ra.-u-earth e
of strongl,,.- barle anionite Ok'iL (anionite particle size
0.52-0.211; mmi; column 1 cu, in dian eter, bolding capacity
20-25 ml). In model-study experiments on investigation of
sorption ofTeC13 and chlorides of HLE, depending on the
conceritrat.lon of 1;
.Cl~ the arilonlte-containinZ column was
washcd witb a 'soluttor, of KI (100 nil) of tle surie concen-
tration as that of the solutions being analyzed; thc latte:
were prepared by dissolving 30 mr, of oxides of 1.41E (obtAlrkd
by fracrionation of monazite concentrate) and 40 mg Fe203
in 50 .7,1 hC1 of different concentration. The analyzed
CARD: 1/3
C)

COUNTRY Czechoslovakia L-2
~CATEGORY
ADS. JOUR. : RZXhim- , R0- 1959, ioe 86043
AUTHOR
!NST6
TITLE
ORIG. PUB. :
uhrough the anionite
ABSTRACT : solutions were passed 4
colmn at a rate of 0.5 ml/minut.0, and filtrate fructions
of 5 ml were taken for'analysis. Presence of RLE was
&-terminc-6. by precipitation with 2~, solutiun tal-LOH and
staining of precipitates with Alizarin 8; for qtvintvitativc
estimation the pMcipites were calcined and wEighed. Fe. .,-is
dctermined p:hotometrically with KSCN. It wets found that In
the interval of HC1 concentraticn. 0.1-c) N, no sorption of
Ce, La, 1r, NO-7 LEM, and Y is talking place. Ratio of 1"he
eluation constants shows that separation of Fe from RLE
!by mcans of arlonite OAL, can be.effected In a medlum of
japproxima-.ely 8 DI FC1. Under these conditions Fe is
CARD: 2/3

GoIUTLIM,Y~ Czechoslovakia E-2
ABS. JOUIR. RM 3n. , No. 1959, 110. 86043
AUTHOR
IMST.
T IT LT.
ORIG. PUB.
ABSTRACT quantitatively retuined by the anionite,
while ILE nass in the filtrate. The anion-exchange method
is applicable for determination of Fe im monazite concen-
trate. In :3,.,cb a case Zr as well as Fe undergoes sorption
on anionite, but it does not interfere with det(-rmination
of Fe; Th passes in the filtrate together with RLE . On
analysis o~ a nuiriber of synthetic samples and of natural
minerals good.resuits were obtained.
Vladimir Kostka.
CARD: 3/3
81

VBTEJSKAS Karel
Toxic properties of rare and less current metals. Gbem listy
57 zio.7011-722 n 163.
1, Ustav pro vyzkum rud) Praha,

VEMM s K.
Chemical processing of uranium ores. p. 239.
RLDY. (Ministeiwtvo butniho prmVelu a rudnych dolu) Praha,, Czechoslovakia,
Vol- ?i No- ?p JUIY 1959-
YAn" List of Fast European Accessions (EMI) W, Vol. 8, No. 11,
November 1959.
Unel.

IIEIEJSKA.- Karel- ---- - ---- - --- -- ---- --- - -- -- - ---
"Hafnium," Prague, Chemicke Lis , No. 11, Nov 60, p. 1123.
Affiliation: Institute for Ore Research) Prw~ue.

VF.TEJSKA,, K.
"Rare earth elembnts,"
P. 474 (chemie, vol. 10, no. 6, June 1958, Praha., Czechoslovakia)
Monthly Index of East European Aoceeaione (BRAI) LC, Vol* 7, noo 9,
September 1?58

- - - - : - - -- - - -- --
VVMSKL.. X. ___
SeparatIon of tborlum from rare earths by wass of 71 cation exchwWr.
Coll Ca Chem 25 io.7:1895-1900 j1 t6o. (EuI 10: 9)
1. Imptitut fur Ersforsebungy Prag.
I
(Thorium) (Earths.. Rare) (Cations) (ion exchange)

Vt'T9J3KA,, K.; MAZACEEK., J.; KREP21KAp J.
"Separation of iron from rare earths" In Garman, p, 198.
COLLECTION OF CV;CHOSLOVAK CHEEMICAL COT4UNICATIONS., P11aha, Czech.,
Vol. 24, No. 1, Jm . 1959.
Monthly List of East European Ass-eccions (1-7,EAI), LC, Vol. 8, No, 6, Sept. 59
Unclassified

VETEJSKA, K.; HAMS, V.
Determination of lithium in lithium micas using a f1me photometer. P& 487*
(Hutnicke Listy, Vol. 11, no. 8, Auguat 1956. Brno, Czechoslovakia)
SO: Monthly List of East European Accessions. (EEAL) LC. Vol. 6, No. 6,
June 1957. Uncl.

VETEJM, Karol, Soc.
"Aare mtalsw by EDrt 1mg.) W. Sebreitero Reviewed by Karel
VoteJelmo lady 11 no&6&206 Jo 1463*
1, Ustav pro vyzkum rudo

S/001
/62/000/010/016/059
B,44/Ble6
AUTHORSs PelikAn, Jirij Maz&Sekj'Janp Vetejskaj Karel
TITLEt Method of separating gallium from aluminum and zinc by usingi
an anion exchanger
PERIODICALs Referativnyy zhurnal, Khimiya, no* 18, 19621 124P abstract
ISDI55 (Czeohooloyak'patent 97806# December 15# 1960)
TEXTs A'simple method is suggested for t~e concentration of Ga and its
simultaneous purification from Al and Zn in the processing of bauxites
and Zn ores* The method is based on the different sorption of Ga, Al
and*Zn chlorides dissolved in HC1 on high-alkaline anionites OAL and L
which
contain quaternary $. In 7 N HClj Ga is'strongly adsorbed on the
anionite and Al. passes into the filtrate: Ga is elutriated from tho
anionite by HC1 solution'(< 2 N). In the presence of Zn instead of Al,
the separation is effected in 2 N HC1. With such,#n acidity, Zn is ad-
sorbed by the anionite and Ca passes into the filtrate. In order to
separste Ga from Al the alkaline bauxite extract is neutralized with ECI
solution. The separated Ga and Al hydroxides are filtered off, wAshed
Card 1/2
Q r

5/08-1/62/000/018/016/059
Method of so arating gallidm... B144/B186
with water,11dissolved in N Hcl, whereupon the solution obtained is
passed through a column cofttaining anionite L, which has previously been
washed with N H01 solution. Thenthe column is washed with 7 N HCl solu-
tion and Galia elutriated'from the anionite by < 2IN HC1 solution. If
the initial-bolution contitins Ga, Al, and Zn the b;bparation is done in
two stages.!In the first. .stage, Ga together with In is separated from
Al as described above. S ,iparation of Ga.from Zn is obtained by flushing
the column with 2 N HC19 Ga being washed out and Zn being strongly ad-
Sorbed on the anionite. The method suggested enables Ga to be separated
from considerable amounts of Al and Zn. [Abstracter's notes Complete
translation-3
Card 2/2
L--,

Yqy�~~j promovany chemlk, (So,
New trmds in bydromstallury. Rudy 12 no.?/9:328-330 il-4164
(MIRA 1703
1. Institute of Ore Rajearnl~q Frague.

VETEJSKA, Karel, CSc.
`1- '' ~. - I I , !I.--. . . .
Colloquy on the metallurgy of rare and trace meta.' 9 in
the German Democratic RepliblIc. Phudy 12 no.4sl.14-1315
Ap 164.

VETEJSKA Karel promavany chemik., C.Sc.
Renearch on dresaing of the skarn magnetite ore from Buiec
area. Rudy 10 no.2sSuppl. 7-11 F 162.
1. Ustav pro vpskum rud, Praha. ,

IVETEJSKA, Karel, C.Sc.
Contribution to the problem of barite refining; the effect of
the remnants of flotation reagents on the leaching of iron.
'Rudy 10 no,7sSupploPrace vyzk ust no,6t4l--I,4 J1 162.
1. Ustav pro vyzkum rud, Praha.

Z/008/60/054/011/001/005
E112/E453
AUTHOR- Vetejvska, Karel
TITLE: Hafnium-V
PERIODICAL: Chemickeo listy, 1960, Vol-54, No.11, pp.1123-1132
TEXT. This paper is a review and deals with occurence, physical
and chemical properties, separation and potential uses of hafnium.
Main sources of hafnium are zirconium ores and the ratios of Hf:Zr
in different types of rocks are tabulated. In terms of geochemistry
hafnium is more common than, for instance, mercury, bismuth or
cadmium. Physical properties are listed and atomic weights and
percentage contents of eleven isotopes are given. The chemical
properties are very similar to those of zirconium, resulting from
very similar atomic radii. Great similarity exists also in the
arrangement of the valency electrons. The main difficulty in
producing pure hafnium is its separation from zirconium. No
differential chemical reactions for both these elements are known.
Methods used for the separation of zirconium from zirconium ores
will also separate simultaneously hafnium. Fractionating processes
are then required for the isolation of hafnium and theso are
described at some length in the present paper. They are based on
Card 1/3

z/oo8/60/054/011/001/005
E112/E453
Hafnium
the following principles: a) Fractional crystallization of the
double fluorides of hafnium and zirconium. Solubilities in water
and N-hydrofluoric acid are tabulated. The solubilities of the
oxychlorides of hafnium and zirconium in N-hydrochloric acid are
listed. Separation can be also achieved by fractional
crystallization of the double oxalates of these elements with
potassium or ammonium. b) Fractional precipitation of the
phosphates. This is achieved by rapid addition of phosphoric acid
to a solution of the sulphates of zirconium and hafnium. After
seven repeated operations the hafnium contents can be increased from
13 to 93%. c) Fractional decomposition of some complex compounds
of both elements. These methods are based on the fact that some
complex coordination compoundslin which hafnium is the central atom
are less stable than those with zirconium. The effectiveness of
the method is also increased by the fact that the separatod hafnium
compounds have lower solubilities than those of zirconium,.
d) Fractional distillation of the complex volatile compoluids of the
tetrahalides with phosphorous oxychloride; Differences in boiling
points of the two elements are 5"C, e) Extraction methods with
Card 2/3

Voo8/60/054/011/001/005
E112/E453
Hafnium
organic solvents. A list of potential solvents is given. A
Czechoslovak method, described at a Symposium for Inorganic
Chemistry, Bratislava, 1959, by L.Divig, is based on extraction
with methylcyclohexanone containing thlocyanic acid and 10% butyl
acetate. An eight step extraction gave a product containing
92% hafnium, and 5% zirconium. f) Separation based on the use of
ion-exchange resins. g) Separation basec.on fractional absorptions
Methanolic solutions of the chlorides of both elements are absorbed
on silica gel colunms and eluted with sulphuric acid. The first
eluents are richer in zirconium. Potential uses for hafnium are
,outlined. There are 3 figures (including extraction scherne),
5 tables and 50 references: 32 English, 10 German, 3 Soviet,
2 Czech, 2 French and 1 Italian.
ASSOCIATION: 6stav pro vyzkum rud, Praha (Institute for tho Study
of Ores, Prague)
Card 3/3

.Vrpzp j., nr.; 7yj%,,Yo,vi)r-; MksPAR, z. Huc.
...' W i ~ ~ ~A;-i I I. I
Irperionces with IMhogmpbW. Rozh1. chir. 37 no.2:94-97 Yeb 58,
1, 1. ohirurgicka klinlka v Brne, prednosta. profi, Dr. Jo PodIsba.
J. T., Brno, Pekarska 53.
(IYMMTIG SISTZK, radiograpby
technio & diag. value (Cs))

VZTEF, L.; DLCST, Z.
ML-
National Conference of the Alumina Industi7p Almsfuzito, July 1-1-12, 1958.
P-389
YOWSZATI LAPOY. (1-faaar Barysszati es Kohnszati Egyeaulet)
DW.Apost, IbmLyary
Vol. 13, no.8. Aug. 1958
Monthly L13t Of Fast EuropeRn Accessions (EEAT) 1L., Vol. 8, no.7, July 1959
Uncl.

- - ~i~- ~ o. , , ~~ 7- - 1 -- - . * '. f~ ~ .. : . I , ., -.. 1 1-1 - I.- - - - .- . . -
- -- - ---- - -- - - - - - - - - - -- - - -- - - ---- - -
VETER. L ZhPKhj 1940s 13v 132'139
L. g. CHRISTEVA,

VETIER, 1. 1.
L. A. KHRISTEVA, ZhPKh, 13, 132-9, 1940
f,

VEM, V. V.
(last. Physicts, AS USM, in Krasnoyarsk)
"The Deteimination Of the Width of the Domain Boundary"
work carried out with L. V. Klrenskiy; the methodhad been suggested by
G. S. Krinchik.
paper presentoA at the AU-Wou wetilag cc Magnetto Structure (it lerromagnetlas
June 1958, In IranooMak. Meeting sponscred by Tjxt. of Pbysice,, Acad. Sai. USSI,
and Com. for Napetlsm,, bopt Phys-Math Sci, AS MM,

(t
h2 5
AP5024553 UR/0070/65/010/005/OGEIA/0692
50.4-538.65
AUTHOR: Chcbotkevtch, L, 10 1 /0-
TITLE: Motion of diolocationE, under the influence of
SOURCE: KrIstallogi,aftya, V. ~0, no. 5, 1965, 038-692'
TOPIC TAGS: crystal dislocaUon, iron, magnettzation, magnetostriction
-ABSTRACT: --The motion of dtalocations- in a ferro-magnetic (filamentary iron crystals grown
by reducing FeCI2 in hydrogen) was caused by placing the sa m-ple In aImagnetic field. - The
dislocations were revealed by etching in a mixture of picric and nitric acid. Fresh disloca-
-tions were obtained bydeform:.'ng with the tip of a diamond pyramid. The domain structure was
observed by the standardpowder method. Magnetization causes the Motion oJ'dislocations In -
their slip plane; this motion may be due both to a direct interaction of the doniatn bondary and
dislocation (magnetoclastic Interaction) and to the )nfluence of magnetostriction, I. c., elastic
stresses arising In the sample -as a result of repeated magnetization. The effects of these two
factore cotild not lie separated,
p
valuable comments and to 1. P. Kuslinir foe providing the samples of iron whlgker~: I
art. has: 3 figures.
Card

f

S/139/60/000/004/023/033
E201/E591
AUTHORS: Kiren.skiy, L. and Veter, VOV,
TITLE., Investigation of Domain Boundaries in Ferromagnetics
PERIODICAL: Izvestiya vyashikh uchebnykh zavedeniy, Fizika,
19609 No.4, pp*183-189 10
TEXT: The magnetooptical Karr effect was used to study
domain boundaries in monocrystals of silicon iron containing 3% Si.
The possibility of using the Kerr effect in domain-boundary
studies was pointed out by G. S. Krinchik (Ref.3). The basis of
the method is the rotation of the plane of polarization on
reflection of polarized light from a sample magnetized at right-
angles to the surface. The coefficient of proportionality between
the angle of rotation and the magnetization intensity dependr; on the
wwelength of the light and cn -die temperature. The boundary-layer width
is found by measuring the change in the light flux productid by
rotation of the plane of polarization. The apparatus used
in6luded-a-aii6roscooe W11-6, a polarizer and an analyser und a
j5hotomultipli6i-FEU-18. The method employed gave the thickness of
the domain boundary and its polarity directly, without the use of
Card 1/2

5/139/60/000/004/023/033
E201/E591
Investigation of Domain Boundaries in Perromagnatics
magnetic powders which distort the boundaries. It was found that
the polarity of the domain boundaries in silicon iron with 3% Si
was variable and that the boundary layer widths were unstable:
for 180* boundaries they ranged from 0.513 to o.08 0. There are
2 figures and 4 referencest I Soviet, I German and 2 English.
ASSOCIATION: Institut fiziki Akademii nauk SSSR
(Physics Institute, Academy of Sciences, USSR)
SUBMITTED: April 9, 1959
.Card 2/2

.- KIRMISKIY, L,V. ;_LXTER, V-V ------
Investigating intardomain boundaries in ferromagnetics. lzv. v7s.
ucheb. Sam.; fis. no.4:183-189 160. (HIPA 13:9)
1. Inetitut fiziki Akademii nauk SSSR.
(lFerromagnstism)

V. v -
PHASE I BOOK MLOITATION SOV/5526
Vsezbyuzrjoye sovenhehanlye po =gnItnoy strukture ferromagnetilrov,
Krasnoyarsk, 1958.
Magnitnaya struktura ferroiragnetikov; materialy Voesoyu-nogo
ya, 10 - 16 Iyunya 1958 g., Krasnoyarsk (14agnetic
soveshchani
Structum of Ferromagnetic Substances; Materials of the All-Union
Confe:7ence on the MaF;netic Structure of Forromagnetic Substances,
Held In Krasnvjar3k 10 16 June, 1958) Novonibir,:k, Izd-vo
Sibiriskogo, otd. AN SSSR 1960. 249 p. Errata slip Inserted.
1,50U copies printed.
SponsorLng Agency; Akademiya nauk 3.33R. Institut fiziki Sibirakoao
otdeleniya. Koxisslya po magnatlzmu pri InstItute fiziki metallov
OF".
Feap. Ed.: L. V. Kirenskly, Doctor of Physical and Kathematical
Sciences; Ed.: R. L. Dudnik, Tech. Ed.: A. F. Mazurova.
PURPOSE: Vile collection of articles In Intended for researchers in
farrcmagnetism and for metal scientists.
Card 1/3.1

Magnetic Structure (Cont.) SOV/5526
COVERAGE: The collection contains 38 scientific articles presented
at the All-Union Conference on the Hignatic Structure of Ferro-
ma&metic Substances, held In Krasnoyarsk in June 1958. The na--
terial contains data on the ragnetle structure of ferrona.-netic
materials and on the dynamics of the structure in relation to
magnetic field changes, elastic strC33CS, and temperature. Ac-
cording to the Forc*aord the study of ferrozagnetic; =aterials had
a successful beginning in the Soviet Union In the 1930's, was
subsequently discontinued for many years, and was resumed in the
195013. No per3cnalities are mentioned. References accompany
individual articles.
TABLE OF Wrl MITS:
Foreword 3
Shur, Ya. (Insritut fiziki metallov AN SSSR Institute or
Physics of Metals, 1,S USSR, Sverdlovsk). On the Magnetic
Structure of Forro=gnctio Subutancou 5
Card 2/11

Magnetic Sti%,:cturo (Cont.)
S0715~26
Kircnskiy, L, V., and V. V. Voter (Institute of Physics,
--Zrnrffo--y-a1~skj. Measuring the
Siberian Branch AS USSR,
Width of the Boundary Layer Between Domains in Ferro-
magnetic Subatances 53
Startseva, L Ye., and Ya. S. Shur (Institute of Phynics
of Metals *AS USSR, Sverdlovsk]. 1,11ag-netie, Structure of a
Forromagne-tia Material of Residual INiasgnetiZation and Its
Change Under the Effect of a Variable Magnetic Field 59
.Kirenskly, L. V., N. 1. Sudakov, and L. 1. 31obodskoy
[Inatitut fi:iiki 80 A3 SSSR, pedagogiche:jkiy Institut
Institnte of Physics, Siberian Branch AS USSR, Teachers
In3,tltute, Krasnoyarsk]. Tc7npcratu.-e Dependence of
Hyatere3ls LDs3n3 in Rotating Magnttic Flelda In Iron
Silieldo Cry3ta13 61'
Sudovtsov, A. I., and Ye. Ye. Semenenico [Flziko-
tekhnichlskT7 In-t JL4 UkrSSR Physlcote,~hnlcal Institute
AS U1crSSR, Knartkov]. Eff*ect of Domain Structure on the
Card 5/11

2,1.0)
AU, T 1.10 R S Kirenskiy, L. V.
Veter, V. V.
TITLE: The Measurement of the Width of the Boundniry 7- ay e
the Domnins in Ferromarnetios (Izmorenivv clliiriny
sloyn mezltdu domenami v ferramagnetik.stlkh'
P12HIODICAL: noklidy Alzademii nauk SSSR, 1959, ',701 1`5~ ';r 'A. Tj.-) 521--,,-~-
U SIM)
ABSTRACT: The present papor deals with the determination of th-,, viiet*h
of' the boundary layer (by me--no of the magneto-optical
Kqrr effect) of 180-degreo proximities in monocrystals of
fc!rrdsilier)n of 3 -12f Si. rirat, the the,-)ry undlerjy4nv suc-
me!asurements is discussed in short. The author3 then
the instruments used for theso measuroment3: 1 ) The
microscope MBI-6 with"polaroids" and -,-3. special
alit which is placed in '.he plane of the field diapbrar,,n.
2:1 The ph+.,>toelectronic multiplier PEU-IFI (shiel(W in n
special manner fram the external magnetic field), -.-;h-;ch
consists of a condenser of 1-awn capiicity, of a reo-Intor
and of a compensating PUlSe-SpOCtrO:3COpC1 37-1
the main
which is --.e' of the instrumt~nt. The Ozlicsl
Card 1/ 3 scheme of the instrumen'. J-:, :~`%own in a figure. Anoth-az,'

The-Meariuroment of' the Width of the 3oundoxy 7 -1
Layer Between the Domain3 in Ferromagrictics
f igt.ra ohowo'the intogrnl-br~-lanca scheme of the system, The
next paragraph of the pipor Joals with the carrying out of
the exporim-.?nt, that is, with the measurement of,6it rindal
&!JOonotna tha %,:,~rtntion of tho light flux in tho re-flootion
fron the boundary layer, and inL4 - ilia varietion of the lirlit
flux coming from the part of the sample which is riagnetized
per:pendiculanrly to its surface. The results of these
measuremento per.-:1it the following conclusion: The width of the
boundary layer for 180-degrea proximities in monocrystalo of
ferrosilicon in not. n stablo quantity. As to -the first
(in which the boundaries between the domains run throuz-,h the
whole monocrystal), the boundary layer has a b7eadt.'i of 0.1~9,
In the same sample, a nolarity of boundaries ~:oljld b,3
observed. The breadth of the boundary layer of th-? sncon~,
sample (in which the domain structure had not a i-iEalar shape
of the layors) amounted to 0.64~Lt. There are 7, f1t~ure:i aM
7 referenn,.!s, 4 of which are So-,riot.
Card 2/3

The I'leasurament of. the Width of the -125- 14,/
Layer Between the Domaine in Ferronirn~tics
ASSOCIATIO~T: Institut fiziki AkAdemii nauk SSSR, Fm3noyarsk
(In3titutc of Physica of t'iu Loaderay of Scluncc~3 USS~,
Krnnnoyarsk)
Pla ',-: .3 11 i T 7,M Decenber 29, 1956, by A. V. Shubnikov, Acpdo:Actan
S'J BY"ITTIM: july 21, 1958
Carl 3/3

ZIUNSKlYp L#Tjj-MXRq~V*V,-
Nmuremout of the width of A ~owdW lay*r In f *rrongutics
by mosuil of the Kerr Wguet6optical effects 9hure skops I tsars
fig. 33 ACOM9 6 138. (141RA 12o3)
1#01binkoye otdoler4yo AT 6001l lustitut flolkis
(Forromanstla POOMuces) (Magnotoopticil)

24(3) SOV/56-35-3-5c:/61
AUTHORS: Kirenskiy, L. V., Veler, T. V.
TITLE: The Variation of the Breadth of the Boundary Layer in Ferro-
magnetiev by Means of the Mauneto~Optical Kerr-Effect
(Izmeneniye shiriny granichnogo sloya v ferromarnatikakh
a pomoshchlyu ma.anetoopticheskogo effekta Kerra)
PERIODICAL: Zburnal eksperimentallnoy i teoreticheskoy fiziki, 1958,
'to' 35, Hr 3, PP 819-815 (USSR)
ABSTRACT: In the present paper the method developed by Krinchik (Ref 2)
ic, in principle, employed, which is based upon the applica-
tion of the polar magneto-optical Kerr-effect. This permits
direct measurement of the breadth of the boundary layer. It
ia possible to show that for the mean value of the normal
component of the magnetization of th.,4 boundary layer the
expression 2J /n applies, where J a denotes the saturation-
magnetization of the ferromagnetic domain. The variation of
the light current on a boundary layer as a result of the ro-
tition of the polarization plane and the variati(in of the
light current in the investigated part of the ferromagnetic
Card 1/3 domain were measured by means of the photoelectronic multi-

SOV/56-35-3-5!1/61
The Variation of the Breadth of the Boundar7 Layer in Ferromagneties by
'Means of the Magnetb-Optical Kerr-Effect
plier ~W- -18. The direct proportionality between the
quantities'leads to the relation A 4)/A(D I , ld/S1. Here L4)
denotes the variation of the light flux emanating from the
boundary layer, AV- vie variation of the li.,-:,ht flux eL-tanatinC
from the :Lnvestigated part of the sample (which was normally
magnetized up to the value of 2JS/n, I - the length of the
~cundary"!_ayer, d - the breath of the boundary layer, S' -
the area of the investigated part of the sample. Thus, d is
determined by aomparison of the light fluxes and surface areas.
The breadth of the boundary layer was determined for mono-
orystale of iron oilicide (3 % Si). Repeated mcusureniento
resulted in the value 0,8 4 for this breadth. There are 4
reiferencea, 3 of which are Soviet.
ASSOCIATION:, Stbirakoya otdeleniye Akadenii nauk SSSR (Siberian Department
of the Academy of Sciencen, USSR),Institut fiziki (Institute
of Physics)
SUBMITTED; JillY '11, 1958
Card 2/3

L
~.~~6 6
SCU PC OCr2
CC NRs AF6011*10625 E CODE: UR/0104/65AW056V 4/C
%
Yu. A. (F_ig1=.eer1
AUTHOR: Rozental', A. Y-~.. (Engineer): Veterov,
ORG: none J
TITLE: Expeerinet-ital runt; of TGV-200 turbogenerators
SOURCE: Elektri-.heskiye stantsii, no. 9p 1965P 24-26
TOPIC TAGS: electric pmrer plant, electri-. generator, turbine
AWTRACT: TGV-200 turbogenerators produced by the Khartkov f.ao-
-torY "Elektrdtyazhmash" Im. V. I. Lenin arehowadays In use at
numerous domestic and foreign electric power stations. The
paper presents data concernihg the operation of these machines
at one of the electric stations of Kharwkovenergo from their In-
troduction In 1960 to the present time. Accumulated results
shown In the form of tables indicate thatt 1) these turbogene-
,rators are reasonably reliable:and the actual characteristics
agree with those on the rating plates; 2) the machines have a
favorable distribution of the Journal bearings within the end
panels of the generator, a convenient stator suspension on spe-
eial springs,: and a convenient placing of the rotor best rings
at a single location; -3) the "Elekt:rotyazhmash"_and its research
Institute should improve the hydroien seals# study the effeot of
ard. 1/2 UMI 621,313,32;
L-C(

77777777~7
L 22436-66
ACC NRs AP6013623
-stray-ourrenta on end- portions- of the machinegand provide It
;with an ton excitation system thus Increasing Its reliability;
4) Zaporozhakiy elektroapparatnyy zarod (Zaporog'faotory Car
telectrical equipment) should drastically Improve the quality of.
-,Its Ionic rectifiers; the "Uralelektrotyazhmash" factory
~should reconsider Its design of the rast anode disconnecting
switch until they beaome fully reliable- and 6) the thermal
tests of the IIGV-200 turbogenerators give grounds for expeota-
--tions that an InoreaueAn excess pressure by 3.5 to~ 5 atm-may
'inorease: their power by 10%# I.e.# the oapaoity oan be inoreased,,
to 220 W. Orig. ak has: 3 tables# [J_
S.UB CODE 110 SUBM DATEt none
2/2

L 22112-M
ACC NRs AP6012982 SOURCE CODE% UR/0091/65/000/009/0003/0006
AUTHOR: Vet Yu. A. (Engineer); Lazarevt G. Be (Engineer)
ORG: none
TITIE iIonic isolf-excitation device of th) TM-200 turbogenerator of the
Zmiyevokaya hydroolectria power station
SOURCE: Energetik, no. 9, 1965v 3-6
TOPIC TAGS: ion source, hydroelectric pmier plant, power generating station,
circuit design
-ABSTRACT: - - -Ionic -exeltation devIcon (basio-syetems for generator
excitation) have been constructed for the 200 W TGV-200 turbo-
generators of the Zmiyevskaya hydroelectric power station (GRES),
The article presents the 01roult dlagram of the Ionic self-exal-
tation device, Its power supply eircult diagramp describes in
considerable detail the operation of the device, and reports on
the performance of the device during continuous commerolal opera-
-The nystems responded satisfaotorily-to various cases-of
short-circuit Ing* -They A3 .~efastr need low -oontrol powert- and "0
able f__ In most cases to - supp 1y -,-the -- needed ex6itation boosting
during brief short circuitso Orig. art. bast 3 figures. [JPRSJ
SUB CODE: 10P 09 SUBM DATE: none
Card 1/1- VW; 0

11 vmSHiINI $.I.
2. USSR (600)
4. Moscow - Buildings
7, Construction of high buildings in Moscow. Gig. i Ban. 17, no. 9, 1952.
9. Mojqt)i 1"s X. Russian Accessioag, Library of Congress, Februs. 1553. Unclassified.

1. nm'smifl" 3.1.
2. USSR (600)
4. Buildings-mbscow
7. Construction of high buildings in Koscowo, Gigsi sanej 17, INO-9) 1~1~52
9. Monthly List of Russian Accessions, Library of Congress, Unclassified.

KARDEVAN, Andar, dr.; V-ETFSI, Ferene., dr.
Waxy degeneration of akeleta _M"U'scles in partrfdgea. Y-W
allatorv lap 19 no.2s63-65 F 164.
1. Mqir of Pathological Anatonyp Univarsity of Veterinary
Med'iPIM (Head of Chairt University profesoor fr. Gyula Salyl
,, Buda)est
corresponding member, Hungarlan Anademy of Sjelencoa%

HUNGARY
KARDEVAN, Jt. and Chair of Pathological Anatomy at the
University for Veterinary Sciences [original-language version not Sivenj in
Budapest (Head: SALYI, Gy.., Professor).
"On the Generalized Aspergillosis in Horses"
Budapest, Acta Veterinaria Academiae Scientiarum Hungaricae Vol 16,
No 2, 27 Jun 1966, pp 193-205.
Abstract: (German article] A detailed report is presented on an outbreak
observed in a combine [location not given] during which the horses showed
excessive salivation and high fever. The fungus responsible for this out-
break was identified as Aspergillus fumigatus. The fodder was found to be
contaminated by mould; the weakened state of the horses made them suscep-
tible to the effects of Bacterium pyosepticum (viscosum) . The findings were
to described in detail. 33 references, including 2 Hungarian, 3 Russian, I
Czechoslovak, 12 German, and 15 Western. (Manuscript received 1 Nov 1965).

VE
MXHOSLOVAKIA/Optics Photometry. Colorimetry K-12
Abs Jour Ref Zhur Fizikaj No 11 1959) No 2267
Author Tremko J.., Vetesnik M.
Inst
Title Spectral Sensitivity of the Photoelectric Photomater of the
University Observatory at Brno
Orig Pub Byal. astron. in-tov chekhoslovakii) 1958p 9) No 3Y 105-107
Abstract Doijeription of results of measurements of the spectral son-
sitivity of the electron multiplior and of the photometer,
both with filters and without, and a datermination of the
effective wavelengths.
Card 1/1
93

VETF'sm' M.
Frequency of stare; in the vicinity of the sun according to the integral of enerj7.
In English. p. 81.
BULLETIN OF THE &3TRONOMICAL INSTITUTES OF CZIXEUSLOVAKIA. (Ceskoslovenska akademie
ved. Astronomicky ustav) Praha, Czechoslovakia, Vol. 10, no. 3, May 1959
Monthly List of East European Accessions (EUI), LC, Vol. 8, no. 11, Nov. 1959
Uncl.

Monthly Ust of East European Accessions (EEAI), Ir,., Vol. 8, no. 5,
May 1959, Unclass.

KLICNAR, Jiri; KOSEK, Frantinek; JATIUSUIA, Sona; VETES-NIKI Pavel
Preparation and electric condurtivity of 6-nitroquinaxaline
methyl derivatives. Sbor VSChl -2ardubice.no.1:103-110 164.
1. Chair of Organic Chemistry and Chair of Physics of the
Higher School of Chemical Technology, Pardubice. Submitted
October 19, 1963.

VEMSNIV" V.
Economical design of heaters for air-conditionthg.ACquipment
opioratinly In p-lacas w1th very heavy he %ting load O~en during
the winter season. Wravot tech 7 no. 3,-134-135 164.
1. Strojtzx National Enterprise, Dolni Bousov.

PARFENOVp A,P.,, inzh.; NIFANTIM, A,D,,, inzh.; Yqg;gp V,A. , inzh,
~~Ov $
Wiciont method of pipeline assembly in horizontal and inclined
workings. Shakht. stroi. 8 no,8:428 Ag 164. (M-A 17:9)
l,, Korkinskoye stroitellao-montazhnoye upravloniye tre3ta Soyuzhsal-hto,
spets=ntazh (for Parfenov). 2, Shakhta No.47 tresta Kopeylskukoll (for
Nifantlyev$ Veretermikov).,

Uist;r; 42,2c
Phidut" d pro mite of bet Ill from clecbOVIO.,
vskito taw mistddaln. K. Ve,
all
-RIO -V.on Atudiedthepssibil-:
ape) 8, 1 W). at
oducing pure Be salts from domestic raw m c
it Altrial's
couVa. they used the modified method cf C,3paux-
ICALWOcki Owitis NaFeOe and melting BcO with ad%of
I C&(OH)j, Thed pn, by the liat method takes a ut
14. at IWI, AW a cfest ex.-Css of KxWtOo (sbour 600%):
Is neemicy, 7M d4oocopn, by tht 2nd method takes 2~
CA, hn. at ICOOI, ud the same excess of C%(OHN is nemury..
i For tbA extu. of Ba(011 h a great eyxtsa of IISSO, Is to be
used. Twel"e, the ]:It MCOW MMS to be ecmgnkally
salable.

T EXT g For the analysis of ti-Le halgh-volocity pressing methods for rolds of
high strength, accurate iffiane and smooth s:_-rface, tests were 1-.~ade bj utili.GlnS
blasting power. The tes-i apparatus, constructed by A. Vetishka, Doienzt, Cand.4-
date of Technical Sciencos, sand Shuneyder, Engineer, represented in a figure, 'Lea-
-tures a ram head that is activated by the 61.ast of a 12-mm smohelesi; shotgur,
cartridge. The motion ol.' the ram head was recorded by Zeiss "Penta.-et" slow-mo-
'Lion cameras, producing 3,000 frames per s-~cond. Th,~ kinetic energy of the im-
pact was determiaed for charges of 3, 2.5, ard 1.5 g for four kinds c-fL mixtures.
Mixt-are no. 4 has a very high degree of liquidity (90.5%) as comparrd to mixture
no. 3 (2.256 liquIdity). The tests covered various relations betweer density,
strength, gas-pe~mtrveability and hardness of the samples, and the specific kinetic
energy a," pressing and U%e properties of the miyture. Investigation of the be-
Card 1/2

Hien-velocity Priessing oT molds by explosiDn A054/A120'
UA
bavior of the m-Old when .,ontaining the p-attern showed t-at the d_'Lstx4jb-u1Aon Of
foree-s in bla-st aow_prass~~on is zimillar to "at of 1.,;io conoventional process. A'
thou "P17t*
gh the apparatus for blast conmression Is very simple and has a high out
it is not yet definitely established to which extent it can be used, neither is
its tochnology determilne-.1. However-, so rrucb can be said that the ri-iold ,.-iix used
must have a moisture con-~ent below 2 - 31%, a compression strength Of 0-3 0.4
L n
kg,,'c,-,.2 and the s:)eci ic power of the ran. 'nead must be about 3 - 10 V, CM T..t,
-Pill- d-- V- -- -1-y-d- -or -the -diniensions --o:r the I.-old and pat-
Wpac -:pb. - p
iferw7a~ 6 til n.te Y eperids
tern and their r-31ationship. Simi ar effe-As as o tained with b asting can also
be produced by high-speed pnetmiatic pressr-, such as the DUPARAK type. 7nt? '.ests
were carried out in cooperation with the D,,partlrent of Foundry lndiastr-i, Brno,
CSSR, and the Moskovskiy avtomaticheskiy :'Ljis,,.itut, SSSR (Moscow insti-,ute of Au-
tornatics, USSR). There Exe 8 figures and !5 i4bles.
Card 2/2

NOUw1wt
AUTHOR: Vetioka -A. (Docent; Engineer; Doctor); Setnickay Re (Eng1wer); Roffkam, A
(Engims Yr i"r"
ORds ff6t's6-7VVT, Brno;. rsetncicka. Hoffumj CKD, Blansko
- -.q Y, ~' Ir 7 T
TITIEs Checking The wohanical properties of large cast blades of Kaplan turbims
SOURM Strojirenstvi, ve no 0 2 .1965 130 143
TOPIC TAGS: turbdne blade, metal cssting,~UAALI property. solid mchaideal property.
mechanical ongimering
ABSMACTs The mdhmdcal pro,
Portia of-.l&rVv-c&st.b1adas for Kaplan turbines can be
checked by wasuri the - attenuation of ultrAsorde signals in the casti-M.1 Math&
described rev-e--~~ thanical-prop)rt -or the cistiiic-efilFiot jur-those
of a sample cut out of a riser; samples from ris3ra do not provide rellable informatim
because thare is a-different, crystallization process in then* This work was present*
by Dr. Js Rusickas Orig. 4xte hast 10 figures, 6 tables* LIMS
SUB COMI 130 21 SUBM DATEs none M10 REFs 003 M RZFt 002

VET i -S K. 0,
24(6) EWE I BOOK EXPWTrATION CZE("ff/;~,3;60
PiYek, Frantigek~ Academician,,,.Aleg Veti9ka- Doctor Engincer; JITi 9karek,
Engineer (Pait 1); Karel Cih&-;-EngIneerPMartin ~ernoh,.,)rsky, Doctor; and
Dalibor Rulit~ka, Engineer (Part 2)
lqauka o, materialu. 11. 1. svazek; 2 s6zek tThe Science of Materials. 1161 11.
rart 1 and Part 2) Fraha, Nakladatelstv' CESIMBlovensRe 0ademie VM
1 .1 1959.
Part 1, 658 ~p., Part 2,669 p. Errata slip inserted. 4250 copies printed.
Sponsoring Agency: desItoslovenag Akudemte Vv"d. techrilckd.
Scientific Ed.: Ladislav JenAek., Professor, Engineer, Doctor; Revienrers:
Jaroslav Ngnec, Professorp Engineery roctor, Joser Shon, Engineer, Vladimir
Hajdovsk~,, Doctor., MilO Roubal, Engireer, Josef Vodzeikek, Fq,-In,2er;
Zdenik Miniotr, Engineer, and Pttonin Fingerland; Reap. Ed. LadL~,lrw
Hrdina; Tech. Ed.: Jaroslav Hrdb�.
PURPOSE: This book is for engineers and technicians in the field o;' mechanical
engineeringp specializing in the strength, of materials.
This is tho secotA volum of in ovIinuEitA-m~ vork of
Card 1/41

z/o56/63/020/003/003/005
APTHOHSj Orlov, G.M., and VatijgIca,
T ~T LF, 3 Explosive forming of foundry moulds
PERIODICALi Hutnictvi a strojirenstvi. Prehled technick6 a
hcispodAi~iik6 literatury, v.20# no.3, 1963, 142,
abstract tis 63-1732. (Sl~vcirenstvl, V*100 Ila# lot
1962, 36";-37o)
TEXT.- The article describes an explosive forming machine
forfoundry-.walds, ratit.5 also the mclds used -in-explosive forming*
-The forming mixture *mat have a low hunidity (2 to 3% wator).
A high upsetting velocity can be obtained either by usin-g-_-
explosive powders or pneumatica-Uy- by
-as-to- ave a high impact
h
fDy-a&park_I"-_ qwLPMOAV-Conxtrut~ted so
=--energy,
16 figures. I referent:e.
[Abstract*erls uotes (,om.plete translation.]
Card 1/1

VFTISKA, Ales
11
Pongibiliti~.,s of improving gray ca5t irgn qualit7 b7
vibration. 316varonjtvi 13 n().4:128-133 AP 165.
1. Ohnir of Foundry of the Higher School of Technology, Brno.

VETISKA, A., doe. imiz. dr.; IT-MICKA, R., Ins.j HOFFMANN, A., Ina.
Testing the mechanical properties of Kaplan turbire blades.
Stro,firenetvi. 15 no.2:138-143 F 165.
1. TLgher School of Toohnology, Brno (For Votiska). 2. Ceakomoravska-
Kolixin-Danak National Enterprine, Blansko (for Satniaka and
Hof fmann) .

VETISKA, A.
ProW.ex of the education of foundry engineers. Slevarenst7i 11 no.2.,
8&8() F 163. -

VETISK&,,,Alos; ljkQASRK,, ;gor
---- .1-
The p.roblem of Art castings. Slevarenstvi .11 no.3tlO4-:LOS Mr 163.
1. lyooke uceni technicke., katedr~ alevarenstvi.. Brmo.