SCIENTIFIC ABSTRACT VILESOVA, M.S. - VILIKHER, M.M.

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• Collection: Scientific Abstracts
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• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SOV/79-28-6-.2o/63
Investigation J.n the Field of the Synthasiq of X-Alkylbexamethylene Diaaine
Derivatives and Their Polyconder-satioas. V. Some Problems Ccnc~rninr the
Reaction Kinetics of the Redu,-'.tivjn Alky'Latica of Haxamet-hylene Diamine
carry out the -,ompaxison with various alkylating compounds.
The investigaiior, cf ihe rea~:tLut of the reduction alkylation
of hexamethylen6 diaming with aldehydes and ketones at in-
creased (Ioc- .. .1550 atmospheraj) as well a.,; at normal at-
mospheri.~ pressure showed that thi3 reactilica appa-rently is
of suctie-A rhars,,~tqr whi:,.h is limlited b-,y the diff,.:.zlon stage
of the reavtllor, ccmpr,nent ~" solut'.,:n and ~,atalyat. It was
shcwn that the reaciioa velocity dot!s n,,-t depend. on the con-
centration, of the components and their c-.onversion in the
reaction prv:.ass (Figs ! .. 5). 0,1 the cther hand it also
considerably depez-&~i !:n the struct.).re of the alkylating al-
dehyde or ketrn--. It wa13 found that the reactions of the
redu.:tion alkylatit.,i --f hexamethy1ene at nurmal presjuxe and
above 5~~ at=.6sphexas ab:.,olu~ta pzess-,.~x& axe of zar~'--',h order,
and within the i-rtei- ral cf f -om 1, o tc, 4o ata,)spq,_%iqa they
are of first ordEr; thi6 f4c"_ _*an to explained by the ir.--
compl6te zucticr. sat-urat--cn. -,f the catalyst within. this pres-
sure intezval. It was :hown that the above mentioaed reaction
Card 2/3 velcooity is the orte hand d.~pandsnt cna th,~ relative polari-

SOV/79-26-6-2o/63
Investigation in the Field of the Synthesis of 11-Alkylhexamethylene Diamine
Derivatives and Their Polycondensations. V. Some Problems Concerning the
Reaction Kinetics of the Reduction Alkylation of Hexamdhylene Diamine
ty of the alkylating compounds and on the other hand by the
steric hindrances caused by the structure. The second fac-
tor plays a Ale only in the case of ramified carbonyl com-
pounds. There are 8 figuresy 3 tables, and 3 references, 2
of which are Soviet.
SUBMITTED: May 25, 1957
1. Alkyl derivatives--Synthesis 2. Methyl hydrazines--Chemical
reactions
Card 3/3

KIABANSKIY. A.L.; MMOVA, H.S.
S~ruthesis and plycoudensation o1 I-alkyl derivatives of hexamethyl-
enediarAne. Part It Synthesis of N,fkalallcil derivatives of
hexamethylenediamine, Zhur. ob. ktdm6 28 no.'4tlO66-1072 Ap 158.
(Nexanediamine) (Alkylation) (Kim 11s5)

V, " / '!,,- - -PI ) 1- 7 ~ "
I t " ") I k /,
I
ICUMAMIT,, A.L.; VILZMA. H.S.
Synthesis and polycondensation of N-aliql derivatives of hexa-
methylensaiamine. Part 2t Synthesis of N-monoallWl derivatives of
hexamethylonodlaxlne. Mmr. ob. khlm. 28 no.4tlO73-1075 Ap 158.
(Hexanedimmine) (Nlu 11: 5)

l'olyme--s' jo:!-2
B-3,0P,4,395

VILESOV, N.G. [Viliesov, N.H.]; LEKAYE, V.M. (Lekae, V.M.1; KUMETSOV, Yu-'r.
~Kuznietsov, M.P.)
Carbon disulfide content of sulfur dioxide and methane. KhIm.pM m.
[Ukr.] no.1:5-6 Ja-Mr 164. (MIRA 17:3)

VILESOV, Ye.N.) MAKSIY/)V, Y,~.V.
Nikolai Nikitich Pallgov; on his 75th birthday. Izv. Vses. geog.
ob-va 95 no.5r463-465 S--O 163. (YJqA 10:12)

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.% - I ~
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V1 L E YS 1-5-
USSR/General Problems of Pathology. Metabolisn U-5
,'.bs Jour : Rof Zhur Biol., No 13) 1958p r1o 61090
.I'Uthor : "lilcisis
Inst
Title !Mic Effect of Diet on the Growth of Cancer
Orig Pub :Sveikatos aPsauga,, 1957) No 1~ 42-46
,",bstract:Mice (4270) 12 days before they were innoculated Ehrlich's
carcinom,, and following innoculation, as long as they lived,
were kept on varied dLiet. Determination was made of: positive
innoculation, the length of the latnet 'period, the vigor of the
tumor's growth, the length of themices life) the weight of
the tumors. It was observed that the growth of the timor was
retarded when the calloric intake was decreased, or Xnen the
diet was rich in vegetable proteins and fats, as well as in
lecithin. The 3rowth of the tumors was noticably retarded when
the nice were p1cce," on an autoclaved diet with vitamin i,
added. la active growth of adenocarcinom was observed when
the nice were fed foods rich in aninal fats, cholesterine,
Ca;A 1/2

I
US';R/General Problumn of Pathology. I'latabolism U-5
Abs Jour : Ref Zhur - Biol., No 13, 15~58, No 61090
carbohydrates, K2CO YNO"CO3,. KCI, vitanin B-1, B couplex and
alkaline foods.
Card *. 2/2 -

laghas, V. and ViLL., LIIAEj- ~1- flAnaphyluctic reaction cWring red-,,C.ion with 1-ri- cyclf,-
blood circulation," Trudy med. fak. Kaunassk. jjt~L, V01. 1, LjI--'-3. Jn
Lit'."uarian, R,isslarj
A: U-28,88) Leto..jii Zhurnailnyl.,-. State-1, No. 1, 191.9.
0

USSR/General Pr3ble-r-is I-f Path-:)lo[~7 - Tw.-._)rs. MctabDlisu. U.
Abs J~Dur Ref Zhur - Biol., No 2, 1959, 8754
Aut!'. -, r vileysbis, A.Yu.
Inst Kaunas Medical Institute
Title Alteratiin of the Malir_mancy FactDr in Twi-irs under the
Influence of Food.
Ori[.r, Pub Tr. Kaumnssk. mod. ill-ta; 1957, 4, 97-104
Abstract After the intraperitoneal iiijection of 1000 Eirlich
ascites twyjr cells into :.,icL,, n:) tur.Lors develop in the
rdce; a rwch larGer iwber :)f ttu.iDr cells is iiecded fDr
the successful trai1spla;itati!:)n- If 1000 cells are injec-
ted. Li an acall1ilar filtratu )f this tumir, the incidence
of successful ' 'takes" am:)unts ti 5016. If the ti!.-.v)r cc:lls
are taken frx,.i uice which have beQn ~;iven aut)claved fo~)d,
the incidence of "takes" of the tmior decreases, and if
Card 1/2
25 -

USSR/General Pr7)blems of PathjlDgy - Turiors. Metab-Aisn. U.
Abs Jour Ref Z!,ur - Bi;-,l. I N,j 2: 1959) 8754
the tu,,iDr naterial is taken fr)i-.i -Ace which have received
PIaHCO3in the f:),)d the Licidence )f "takes" is (;reater
than In the cintr3l. The character if the diet ~jf the
recipient -.iice exerts a similar effect. The character )f
the diet exerts ao effect -)n the turi:)r cells als.j and Dn
the nali(!~iancy fact)r which may be is.)IrLted fr)n theu.
-- A.Ya. Sinay
Card 2/2

VILEYVIS, Yu.Yu., Cand Tech (dis ) I'- ne imental
-0,0
and theoretical StIldy Or Lhe process of' -drying ha*-1 in
t~ 11
stack,rin a woc 'i!d meadow zone." Pos, 1956, 16 pi with
granhs (Min of Agr IJ.;.-)R. 11c.:3 lnrt rX Mechanization arid
Electrification of Agr. Chair of "Machines for the
Meenariization of Animal Husbandry") 130 co~,ies (KL, 2e-58, 105)
- 27 -

APOSTOL, A.; TUKIIA, I,[Toukila, Ij- DVMITUSKU, IN [Doumitraskou, Nj-
SAIDZHANU. A. (Saldjanou. A.J; YILBZHMKIY. K. [Vileginsky. Kj
(Bucharest)
Now data on pathogenesis of pulmonary tuberculous in connection
with bronchoglandular tuberculosis [with summary in French].
Probl.tub. 35 no.5:95-100 157. (MIRA 10:11)
(TUBERCUWSIS. PUIXONARY. pathol.
pathogen. of tuberculous In connection with
broncho-glandular tuberc.)

VILFAN, Bostjan, dipl. ing. el.
Choosing parameters for magnetic memory systems with linear
aelez:tion of magnetic cores. Automatika 5 no.2:122-12'7 '64.
1. Joz,-f Stefan Nuclear Institute, Ljubljana.

VILFAN,, Marija
Problema of research are problems of society, Automatika 1+
no.2:8748 263.
1. Clan Izvronega odbora glavnega odbora SUL Slovenije.

V ILFAN, S.
--'w'.
The origin of the term opasilo. p.-237-.
(Slovenaki Etnograf. Vol. 9, 1956, Yugoslavia)
(11
SO: Monthly List of East European Accessions (EEAL) L,O, Vol. 6, no. 7, July 1957, Uncl.

VTLIFLUS',!, R. T.:
Villflush, R. T.: "An attempt to synthesize chemically and ther-
mally stable glass and a study of its properities." Ydn
Higher Education USSR. Belorussian Polytechnic Inst Jxieni
I.: V. Stalin. Yansx, 1956. (Dissertion for the Degree of
Candidate in Technical Science)
SO: Kni7hnaga IAt.QPj-qI# No 27, 1956.- Yvscow. Pages 94-109; 111.

f-j.A., inzh. (Odessa); NUDELIMAN, Ya.L., doktor fiz.-matem. nauk,
pro't. (Odessa)
Stability of rectilinear rods with elastic longitud:nil connections.
Isol. po teor. sooruzh. no.13:183-187 164.
(14IRA 18:2)

VILGELMI; Z.~ BRUNSHO R., DOIMWSKIY TS.
"New Nuclear Reactions Produced by Fast Neutrons in Tin"
Byull. Polskoy Adad. Kauk. Otd. ins No 3-4. 1953,, pp lol,',D4
Reactions Sn118 (n,p)ln"8and SJ16 (n,p) In'l6from irradiation by fast neu-
trons were studied. According to the nuclear shell model,, the cross sections
of such reactiopq should 6be below average. Authors compared their results
with those of F00(npVj=r- known from literature. The obtained cross
sections were accurate within 20%. (RZhFiz., No 11., 1954)
so: w-33-187, 8 Mar 55

BOBROVSKI, Lekh [BobrowskJ- IEzh],~ VILIGELINI,, Zdzislay (Wilhelmi, Zdzislawl;
- GURSKI, Eugenyuah tGorald, gilje-iliiiWzj; AR-TSIAOVSKI, Andzhe7
(Marcinkowski., Andrzej]; SOLTAN, Andzhey (Soltan., Andrzej];
YASKUIA, Maryan (,Taekulas, Marian]
lach.. the pressurized electrostatic accelerator. Ihikleonika 8
no.1:1-28 163.
le InBtitut yadernikh isalklovaniy, Varshava 9 1 Varshavskiy
universitet, Varshava.

IP' Vil 'I;
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VILGUS, Emil
Progressive design of tools for toothing in the Vitkcrricke
zelezarny Klementa Gottwalda National Enterprise. Stroj vyr
3.1 no.7:334-337 163.
1. Vitkovicke zelezarny Klementa Gottvalda, n.p., Ostrava.

VILGUS, Emil
A now type of hobbing machine for mak-In worm gears with a
great number of travels.' Strojirenstri 13 no.4:211 163.
1. Vitkovicke zelezarny Klementa Gottvalda, n.p., Ostitva.

VILGUS, Idroslav, inz.
Sources of labor productivity growth in auxiliary services of
metallurgic plants. Frace mzda 10 no.l2s548-550 D 162.
1. Nova hut Klementa Gottvalda, Ostrava - Kuncice.

-I
.,11. li- ~,
I - ;~,,
. ota,,-,l ~j . I rlrjdhin!~ f,,Lrola Ath -.Z-
-I. 'I , I -
"
'Vol. 2, *:c. 1C, Prague.
`0: Lonthly List, c,,f East, ,*~ccesz;icms (EI.AL) LC, Vol ~-4, ';o. C', June 1,7ncl.

MREK, Frantiriek, inz.; VILGTJS, Miroolav, inz.; VDJTEK, Bohumil, inz.
Development of' the orgnnization of mnintenanco nnd repaIr
service in metallurgic enterprises. Podnik organizace 16
no.11:493-496 N 162.
1. Nova hut Klementa Gottwaldat Ootrava-Kuncice.

Oxygen Enrichiml 111ULIMS-lu
pilda-w-i"IfuAlsliku do kiiplomy. (CuT.11.) M
pr'- 17-
Mial- Slivirenalt; l,'v 2 vo. M-7WF
Efficiellcy 0f% of twicluptnt; eqW,
D 1e!
'14
7"

inz.; MAREK, Frantiselt, inz.
Labor productivity measuretient in the metallurgic equipment
maintenance service. Prace mzda U no.4:187-188 Ap 163.
1. Nova hut Klementa Gottwalda, n.p., Ostrava - Kuncice.

fi
V//_ t(; O's ELI
USSR/Soil Science - Physical and Chemical Properties of Soils. J-2
Abs Jour Ref Zhur - Biol., No 2, 1958, 5756
Author
Inst Institute of Socialist Agriculture of the AcadmW of Scien-
ces BSSR.
Title The Volumetric A=onian-Formaldehyde Method of Determining
the Metabolic Absorption of Soils.
Orig Pub Sb. nauchn. tr. In-t sots. 9. kb. Akas Nauk BOM, 1936,
No 4, 137-142
Abstract The method developed by the author consists in taking a
quantity of soil with the carbonatesremoved, extracting
the soil electrolytes by using distilled viter, and mea-
suring them. Using an 0-5 N. ammonium acetate solution
the various exchange cations and the total absorbed bases
are extracted and measured (in separate portions of
Card 1/2

-S E C-14-
ben Of Ammonia, VOWI
1-0.6.4 MP.-Idd. d~po,'17. "6'. aad
In 'I olic Solis of White Russian
Tyel'otoss a) S. S. R. 1. P. Vll'gusevkh. Sbarmlik Nahzh.
sos";J); SeT WkTjos. ' Mad; Nauk Beloruss.
rvd , 1~
S.S. R-. 1953, No. 2, 7"7; Releml, 2hur.. Biol. 1953, No.
32W,-Lab. cxpt3. were performed with 0.1-0.0N Cl-
salt solus, atpl-154-6.0. It was shown that the rate of In-4
teraction between the turf *oU and soins. of N114, P. and Ca
salts Is proportional to tile cationle conen. of these suits,
Well decomposed lowland turf wAl has a far greater vol. and
cutlarde absorption c4tpacity than the mineral types of
wAls, Under ouine expti. conditions of p1[, type, and copens,;
of salt soins, the rale of cationk, absorption for tach of the:
toils tested depends upon the vol. exchang"Apecift, physi-
tojciern. properties of the -oil, the intensity of its cu Elvation .
and the degree of preexisting absorbed cations, KHj* and
K+, absorbed by the turf. Min" type of soils an easily
and furgely eluted with HtO and weak solus. of AcOff or

VILIGUSIVICH,I.P., kandidet khimicheekikh nauk
Xffect of peat on variations In the exchange capacity of 90115.
Izv. AN BSSR no-1:10-115 J&-F'55. (MIRA 8:10)
(Pont) (soil physics)

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VILICICU DaTPr-U,-Jnz.; GAMS, Marta, inz.; FILAJDIC, Mirko, dr inz.
Determination of copper, iron, and phosphorus in the soybean oil,
and influence of various technological processes on their quantity.
Kem ind 12 no.3:136-140 Mr 163.
1. Laboratorij za analizu zivotnih namirnica, Biotehnoloski
odjel, Tehnoloski fakultet, Zagreb. 2. Clan Redakcionog odbora,
"Kemija u industrijil (for Filajdic).

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BARANOVA,N.M.- IASS, Yu.B.; BOGDANOVICH, V.V.; VILIGOS Ye.F.;
GRAZOANTSEV, I.I.; GRYAZVOV, V.I.;
r"IZON, V.M.; !,'.OLYAVKO, G.I.; MOROKHOVSKAYA, M.S.;
NOSOVSKrY, M.F.; ROE10DANOVA, M.P.; SOSNOV, A.A.;
SHEVCHENKO, Ye.S.; USUNKO, I.S.; Prinimali uchantiye:
BONDARI, A.G., inzh.-gidrogeolog; SACHENKO-SAKUN, V.M.,
st. topograf; SHYLUKHINA, A.V.~ cit. teklmik-geolog;
STOPIK, M.A., nt. teklinik-goolog; R~XJTOVSKAYA, L.A.,
tekhnik-, BETEKHTIN, A.G., akademik, glav. red.[deceased]
[Nik.opoll manganese-are basin] Nikopollskii margantsevo-
rudnyi bassein. Moskva, Izd-vo "Nedra," 1964. 534 p.
(MIRA l7t6)
Institut geologicheskikh nauk AN Ukr.SSR (for
Baranova, Molyavko, Romodanova, Usenko). 2. Nauchno-
issledovatellskiy institut geologii Dnepropetrovskogo
gosudarstvennogo universiteta (for Gryaznov, No8ovskiy).
3. Trest "Dneprogeologiyall (for Bogdanovich, Kabrizon).
4. Trest "KiYevFROlogi-yall (for Bass). 5. Trest I'llikopoll-
Marganets" (for Villgos, Grazhdantsev, Sosnov).

VMHELM, V,
Curves in Minkowski space.
p. 283 (CASOPIS PRO PESTOVANI MATMTIKY) Vol. 82, no. 3, July 1957,
Praha., Czechoslovakia
SO: Monthly Index of East European Accessions (EKAI) LC, Vol. 7, No. 3,
March 1958

VIUIELM, V.
Karel Rychlik' s Uvod do
(Introduction to the An
a boock review.
icke theorie mnohoclenu s realn,,mi koeficier.
P. 370 (CASOPIS PRO PESTOVANI MATEMATIKY) Vol. 82, no. 3, July 1957,
Praha., Czechoslovakia
SO: Monthly Index of East European Accessions (EEAI) LC, Vdl. 7, No. 3,
March 1958

VILIGEW, Vatslav [Vilhelm, Vaclav) (Praha 2, Na Bojisti 3)
A remark on complete lattices represented by sets. Cas pro
pos mat 87 no.1:76-80 162i
1. Ceske vysoke uceni technicke.

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VILHZIX, Vaclav (Praha)
-'! r--] ~ --I
Joruan - Ho-lder theorem in lattices without finite chain condition
Cwi th summary In Jkglishl. Chokh,set.shur. 4 ao.l-.29-49 Mr 154. (MLRA, 7:6)
(Lattice theory)

Vllhelm#_VdclAV and Vitnef Oestmir. Continuity In metric
~'cer- T~ 'pis V&t. MU. 77,14 r-1 73 (1952). (Czech)
f'his is a partly exprititory article. A novelty is the intro-
duction r 'Cauchy continuity: a mapping f of a metric space
X with n.etric p onto a metric space Y with metric a is mid
to be Cauchy continuou! if Jf(x.)j.%.j is a Cauchy sequence
in Y whenever is a Cauchy sequence in X. It is
noted that uniform continuity implies Cauchy continuity
which implies continuity. A large number of theorems are
proved, of which the following may be taken as typical. The
mapping f is uniformly continuous if and only if the condl-
tions A.BCX and P(A,B)-O imply oU(A)j(B)]-O.
Elegant proofs are given, for metric spaces, of Urysohn's
lemma and Urysohn's extension theorem. It is shown that
Caachy continuity and uniform continuity can be preserved
in applying Urysohn's extension theorem. E. iretviff.

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A. 0. SKIRSTIMONSKI, Trans. State Inst. Appl. Chem. USSR, 1934, No. 19, 86-95

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Mirko, dr, d p1. iri7. k#tm.; Pavorka, dip]. lyz.
FKART, Nada, 'Li3nnicar
Selection of the most suitaile method for detf-rmin-Ing ni~vpl
in hydrogenated lipide food. Kem ind 1-3 .7 1 .
1. Faclilty of Technolf- , liotachnological S3ctIon, Zagreb.

T
T 1 01 -5
Category U (D~ C C'U K
Abs Jour Ref Zhur Fizika, No 1, 1957, No 2343
Author Yakovlev, I.A., Vilichkina, T..S-, Mikheyeva, L.F.
Inst Moscow State UrAVe_r_sT_T_y_,UWR-
Title O~alescence Phenomel:,.e.,a upf.-a fbase Trarisforiaation :Lri juartz
Orig Pub Dokl. AN SSSR., 1956, 107, No 5, 6,75-677
Abstract The temperatuxe deperdeoce of the intensity of molecular scattering of light
in quartz was studied iD. the 15--600" ibterval. A beam of lightfrom an Hg
lamp propagated alorg one of the nxIs ef a crystal 16cated In an oven. The
vertical temperature grad-teat d-1.1 not exceed 0.01 degree/:mm, amd the horizon- 0
tal gradient, along the light beam was 0,03 deg/mm. The cycle 150 --- :~, 6000 -> 15
lasted 72 hours. Neax~ thecA ~:! P phase -transition pot,:tt (573G ) the temperature
changed at a rate of approximately 0.3 degree per hour, CA the curve ITA20
f(t), where I Js the inteasity of the scattered polarized light, there is a
linear section in the 15--5000 imterval, with a sharp X-sh~pe& maximum at the
phase transition temperature. La addition, when one of the e-,,d faces of the
crystal reaches the phase-transformation temperature, there occurs at that end
face a band 4of optical inhamogeneity, which scatters light strow3ly (approximate-
ly 1.4 X 10 more than at 2(P), a-rid which is similar to the fog band, and which
Card 1/2

Category USSR/optics - J-IIYSI'cql cpt-1-cs
Abe Jour Ref Zbar - Fizika, No 2.; 1957,No 2343
K-5
shifts tovard the other en! w-JJth rising temperature. This band, 1-3 mm
thick, cuts all the tTansverse sections of the crystal ard is surrounded on
both sides with trw-6pwent pr-rtioas of the crystal., correarmdlng to the -YN
and/'- phases., Ar, Investigratim. of tte. dependence of I on shown t t the-,,
dimensions of t1v ~~ptical irregularities are less thar. >~ (the 1/-\ talaw
holds). All the phencme-na sx#~- reversible and can be repreduced many times.
Card 2/2

VMIIIIC I A.
More on the classification of tunny fishing boars. p. 201. MORSKO
RIBARSTVO. (UdruzenJe morskog ribarstva Jugoslvije) Rijeka.
V01. 7. No. 8. Aug, 1955.
SOURCE: East European Acce3sions List, (EEAL) Library of Congress,
Vol. 5, No. 8. Aug. 1956.

VILICIC, A.
Are ships the cause of poor fishing? P. 56. MORSKO RIBA-
RSTVO. (Udruzenje morskog ribarstva Jugoslavije) Rijeka.
Vol, 8, no. 2. Feb. 1956.
SOURCE: East European Accessions List, (EEAL)~
Library of Congress Vol. 5.' no.11, Nov., 191:16.

VILICICt A.
VILTIGIC, A. The econoi i(! asprict of trhwllrit~. 1). 20.1.
Vol. 8. '4o. 7, July 1?5(.
FG(SVIC) RIU~RSTIG
AGRIGULTUIRE
Rijeka, Yugoslhvia
So: ast Eurof.ABan Acces:3ion, Vol. 6, N'o. 2, Februt;ry 19r7

ILICIC, A .
Tuna fishirl,r-, -ill 1954. ~-) - 'I I -
MORSKO RIDiiOTIO) Rijeka, Vol. 7, no. 3, rlar- 1955.
CX!: Monthly List of European ,,ccessions, (EEAL), LC, Vol. 4, ro. 10, -ct. 1955,
Uncl.

" . , -- -I ,
~; -1 Li! - i -, ;i .
Turin flshin,- in 4he tdria~dc lea; odr ~~..rmy -'sheries -'!, 1J"3- r 5
IiI L -1 . . " .
;~,-,,, .'-,L. ~, i io . 1/2 , 1954 , -ic4 r,ra ~ , , 'L' u,-os lavia )
CD: i-Ionthly lAt of 1;ast A!-,uro.,)ean Lcce,ssiO-,-I L., Vol. 4, ..,). 1
Jan. 1955, Uncl.

vutdra,
*Tuna fishing in the adriatic Sea; this year's season% p. 1 (Morsko Ribarstvo,
Val. 5. no. 1/2, 1933, Zagreb)
Ust Xurop"n Vol. 2, Np 9
SO; Month List of B=Xk= Accessions,/Library of Congress, Septomber 1953, Uncl.

FILAJDIC, Mirko. dr. ing. (Zagreb); VILICIC, Davorka, ing. (7-agreb): "TAHO-
Adamvic,, Vlasta. (Zagreb)
Organoleptic evaluation of lipide fcodstuffs. Kem ind 11 no-1:3-11, .;--t '42-
1. ZjVneI I.- T)Oznavanje i analizu 74votnih namirnica Tehnolos"7op,
fakulteta Sveucilista u Zagrebu, Zagreb.
2. Clan Redakcionog odbora, "Keiaija u inlustrijill (for Filajrlic).

lj"'acii.. ~.'ULUTATWI OF RnUFMATCRS. Bounjakovic,
il icic, 71. atid 5IWov.1c, B. (Forsche Go iota Ingenieurw.p
.-oT Jup 1. V.U.I. Forexhunt-,skeft 432,5-26;
al-str. i;~Chez. Abs'tr., 1952 volo 46, 3010), Heat exchangers
can 1e ci~aracterized I*a-atio Q/(tl-t2) of the heat Q trananitted.
frcr-, one fluid to the other and the difference in temperature
tj-t2 of 'Lot.. fluids "--e~ore tLey enter the a..aratuB. The
characteristic Odepends on t..e construction and runner of
workirg (flow velocity, counterfUm. para-lel flow, etc.); it
can be calculated for a co:.-.bination of heat exchangers if it
is known for each of them. Tan referencea. C.Aa

swam%
at O&Zif
Cf thp
UA toint-fa,
1951. WIM cop be W
brAwfen
difff-4" the
f it-" t -I
I twl 10 va"lilive of IIWW I! f..r 1k
fLj%Vq%
two fidids. . ic. are. I'l Ilow.
t'a" of I %him V (
tion ween of the f h"t
ti,id*. Owt the t tyl- Cl.
11%U111*4 of,di fiow)- eftlell
"'Unt.'r tu 0,, to r be v -11.
beat ese ics.
tion
Ad
Of bl-lf Ilvdi

YILICKY, Jiri, NOr
WAKWQ'11-1"Ulwik'y~~-~~.e'-- -
Recurtences of eye diseases in dependence of weather changes. Cesk.
ofth. 11 no-4-5:312-322 1955
1. Statni lecebna pro tuberkulosu v Novem Smokovict ocni odd.
Primar KtMr J.Telicky
(1U. diseases
inflams.. intraocular. chronic. recur., off. of
weather changes)
(CLIPATZ
Weather changes, off. on recur. of chronic intraocular
Inf lam. )

VILIKANOVA, T.I. - P
------S;-Zn9 -flow and special features of it@ formation in the northern
part of the Surap"n territory of the U.S.S.R. Trudy TSIP no.54,-
'7&99 '57. (Kim 100)
(Russia, Northern-Stream measurements)

0 0
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j n A U of m O'S
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:
4 L-1 A -A--j-L J. P a Y I I A Y I I a Uio I '
1~1 It 0, is it
go 4!
00
00 Uidti*tkln of 11411613a boot voliption 6"4 boot Wilate in .00
distilleries, V. daj ). Ott -
sim. Ab4d. Chow Z0411 .00
t ! 4.-Tbe uldimatiovi of sugar beef& pf"Mi")
00
a to'. dIfficulliet;Iif. (quin(al) is( sugar bert pt(Ave"I
111.71.Wair, .00
cause the vroody tume caused flogging of the app.; 1 -1.
f
l
f
it
!Lh(m,t %I
ing o
-d them yielded 5.bl.ofak. Its the hand
~llwrutg clay cau4ed diffwWtk-*; I q of thew yorlibil

40 o z caused diffmdtift by tingling the steam cmAcf anti in
9 1
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ld
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a
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tet
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.
if ate. per a.-. foots. 3.

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see

~
MITALLUNGKAL LITIRATUNN CLASSWICATION
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--
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00 .
.
'4"j. zr""MA4 10,
obtalactl from C&MIPaSnk de PAchutw w ummult"k fcw
j. 1. !iumon conmtwWkm. by ho"Wipal distil , the Ulowind
t", - AcH 0.08, M*wCO
purititts wwa fousid. GA and too-
-r(lit 3.7%. After rrPmtc4 kwic'MR1 dism- tbv sk-
!tul contaltud 1% loo-proU. tiven ubm the boo offmalle-
*0 4 nwat of dists. itipp. &Ad depliks"ator was Used. Can-
Co dad Joe-PrOM a-
M
&

00 w,&*#
for
h
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00
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f6cl UN, K wfffATv.l it Alur-k &fm.
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. , ~% ; -1 1711-1-- 1~_. I ~ . ~ ," ~ - , ;.M. ~. - . - . I .--
VILMTMN, M. 1.
-
Fruiting of pine in northern Karelia. Trudy Xar.fil. AS
SSSR no.16:5-18 159. (MIRA 13:4)
(Karelia--Pine)

USSR/Forestry - Forest Management. K-4
Abs Jour : Ref Zhur - Biol., 140 5, 1958, 20135
Author : Kishchenko.. T.P-,Yjjjb_yncn., M.I.
Inst : -
Title : Seed Sources for Clearin'-s in Spruce Forests.
Orig Pub : Tr. Karellsk. fil6 AN SSSR, 1957) vYP& 7) 69-96
Abstract ; In connection with the necessity of raising the evvective-
ness of the seed sources the various types of seed sources
were investigated in 1951-1954 in the Derevyansk and
Vidansk woods of the Petrozavodsk timber tract. It was
established that with dense concentrations of fellinGs in
spruce woods it is practical to set aside snow protection
seeding strips not less than 15 meters in width along the
sides of the min lines and branches of the lumber hauling
railroads. It is admicsible to have between the logGing
railroads seeding strips with an area of 0.2 hectares)
with spruce communities on hilly relief, and contour
Card 1/2

USSR/Forestry - Forest Management. K-4
T Abs Jour : Ref Zhur - Biol., No 5, 1958) 20135
stripping on flat relief. The principles of tree selection
and the techniques of allotment are described.
Card 2/2
- 37 -

I- I- I ~,;,T p - 4-. 2r?-! :
TILIKAYNER, X.I.
Flom of Karelian spruce forests. Tinxiy Xar. fil. AN SSSR no.7:
5-14 157. (MI.BA 10:9)
(Xarelia-Spruce) (Forest ecology)

VI L f.-, Kq "// T-M
ViiHGH,M,O, VILIKAYMUI, K.I.
Seed trees in cutover areas of spruce forests. Trudy Kar. fil. AN
SSSR no.7:69-96 157. (NLRL lotg)
(Urelia-ftruce) (Reforestation)

.v '~.% T. ,
"t ,~ 11
111, Ir Trec.,i of the Karel -)-I tanish fi,-.(j Th(- Lr k lorigtic Jn:( ~. r .
Cand Blol 3cl, Karel .-)-Finni:ih Affil iate, Acad ,;Ci ji, ;i! , 1
(itZhBlol., No 1, Seo 54)
SJ: Sull, 432, 2A Wr 55

YAKOVLEV, F.S.; VORONOVA, V.S.; VILIKAYNEN, M.I., kand. biol. nauk-, nacumy
red.; PANKRASHOV, A.P.,, r-e&.-;-TCDniVWkA, K.M., tekhn. red.
[Forest types in Karelia and their natural zoning) Tipy lesav
Karelii i ikh prirodnoe raiouirovanie. Petrozavodsk, Goo. izd-
vo Karellskoi ASSR, 1959. 189 P- (MMA 15:4)
(Karelia-Forests and forestry)

I )
J (4) PHASE I BOOK EXPLOITATION, SOV3154
Viliker, David Semenovich
Laboratornyy praktikum po gidromekhanike (Laboratory Course in Hydro-
mechanics) Moscow, Fizmatgiz, 1959. 351 P. 8,000 copies printed.
Ed.: Ye.Z. Rabinovich; Tech. Ed.: N.Ya. Murashova.
PURPOSE: This textbook is intended for post graduate students
specializing in hydromechanics and studying pertinent laboratory
procedures.
COVERAGE: An attempt is made to review fundamental laws, principles
and general equations of physics applicable to hydromechanics the
concepts of density, gravity, viscosity, pressure, velocity are
explained and methods used for their determination In fluids with
the aid of different measuring devices and calculations are illus-
trated by a number of examples. Hydrostatic problems and different
aspects of fluid flow in circular and non-circular pipes and In
their various sections are discussed along w1th hydromechanic equa-
tions and methods used for determination of velocity distribution
in fluids, shock wave propagation, loss of pressure, etc. Flow of
liquid from an orifice, the structure of the outflowing jet, its
Card 1/19

Laboratory Course (Cont.)
SOV/3154
range, altitude, and discharge rate are also discussed along with
different types of weirs, the flow of liquid over a weir, the flow
of liquid in open channels, and the effect of the bottom slope and
wall roughness of the channel on flow characteristics. The author
also surveys the filtration of liquids and gases in a porous medium
and presents equations and formulas applicable to subsurface flow
of fluids in formations consisting of fine or coarse grain sand.
The author also analyzes hydromechanical laws governing the movement
of bodies of various shapes in a water stream. In this connection
he also analyzes the electrohydrodynamic analogy. The test
described 96 allignments which students specializing in the lab-
oratory work must fulfill. Each assignment conjists In a descrip-
tion of the laboratory unit necessary for the reapectlive labora-
tory test, the problem example, and the method applied to solve
the problem. No peraonalitJm are mentioned. There are 13 Soviet
references.
TABLE OF CONTENTS:
Foreword 9
Ch. I. Basic Definitions and Measuring Instruments
Density 11
Specific gravity 11
Relative gravity 12
Card 2/19

Laboratory Course (Cont.)
SOV/J154
Specific voluine 13
Methods of determining specific gravity and density 13
Viscosity 18
Viscosimeters 19
Pressure gaging 26
Gaging the rates of flow and fluid discharge 36
Determining the fluid 1evel 43
Assignment 1. Determinirig tbe coefficient of dynamic viscosity
with N.Ye. Zhukovskiy's viscosimeter 45
Assignment 2. Determining the coefficient of dynamic viscosity
with a capillary viscosimeter 47
Assignment 3. Determining the coefficient of dynamic viscosity
with a visco'simeter which has two coaxial cylin-
ders 48
Assignment 4. Determining the coefficient of dynamic viscosity
by the method of damping out oacillations of a
disk 49
Assignment 5. Determining the coefficient of dynamic viscosity
on the basis of the penetration of a thin plate
Into a viscous substance 50
Card 3/ 19

Laboratory Course (cont.)
SOV/3154
Assignment 6. Determining the coefficient of kinematic viscosity
of a liquid by using Engler's viscosimeter 52
Ch. II. Hydrostatics 54
Basic definitions and equations 54
Assignment 7. Determining the tractive force required to lift
a circular valve inclined towards the horizontal
line at an angle 56
Assignment 8. Determining the tractive force holding the damming
shield Installed in a hydraulic channel- 58
Assignment 9. Determining the shape of the fluid level In a
uniformly rotating cylinder and the angular fluid
velocity 59
Assignment 10. Determining the shape of the free surface of the
fluid level in a uniformly rotating cylinder
whose rotation axis is inclined toward the
vertical At an angle 62
Ch. III. Flow of Fluids in Pipes
Basic concept and formulas
Concept of a boundary layer
64
64
66
Card 4/19

Laboratory Course (Cont.i
SOV/3154
laminar fluid flow in a straight horizontal circular pipe 66
Development of laminar flow in a circular pipe (head sec-
tion) 68
Laminar flow in non-circular pipe 71
Turbulent flow In a circular pipe 76
Quadratic law of friction 78
Basic hydromechanic equations 81
Bernoulli's equation 83
Hydraulic shock in.a pipe of uniform cross section 85
Hydraulic shock lwa pipe of variable cross section 86
Assignment 11. Determining the critical value of the
Reynolds Number 89
Assignment 12. Measuring the distribution of velocities of
laminar flow in a circular pipe 91
Assignment 13. Measuring the distribution of velocities in
.--: -, .-_ . .&4r*e'tAngular pipe 95
Assignment 14. Measuring the distribution of velocities in
a pipe with elliptical cross section 97
Assignment 15. Measuring the distribution of velocities of
a flow in an annular space 100
Card 5/19

Laboratory Course (Cont.)
SOV/3154
Assignment 16. Establishing the dependency of axial velocity
on the Reynolds Number under conditions
of laminar flow 102
Assignment 17. Determining the loss of the pressure head
of laminar flow in a circular pipe 103
Assignment 18. Determining the loss of the pressure head
of laminar flow In an elliptical pipe 104
Assignment 19. Determining the loss of the pressure head
of flow in an annular space 105
Assignment 20. Determining the coefficient of kinematic vis-
cosity on the basis of the loss of the
pressure head laminar fluid flow in a cir-
cular pipe 106
Assignment 21. Determining the complete loss of pressure
head of laminar fluid flow in a circular
pipe 107
Assignment 22. Measuring the distribution of velocities in
various cross sections of the primary seg-
ment of a pipe log
Assignment 23. Determining the loss of pressure head in
the primary segment 110
Card 6/19

Laboratory Course (Cont.) SOV/3154
Assignment 24. 6-~ermining the resistance coefficient of
turbulent flow In a circular pipe ill
Assignment 25. Deteminlng the loss of pressure head in
circular pipe with rough surface 113
Assigrunent 26. Determining the realstance coefficient of
the fluid flow in a pipe with reetangular
cross section 115
Assignment 27. Determining the resistance coefficient for
a conic divergent,~Xpe 116
Assignment 28. Determining the coefficient of local resis-
tance in a bent circular pipe 118
Assignment 29. Determining the loss of pressure head caused
by a sudden enlargement . 120
Assignment 30. Deter-mining the coefficients.of local resis-
tance 122
Assignment 31. Determining the discharge coefficient with
the Venturi flowmeter 124
Assignment 32. Determining the value of the shock pressure
and the velocity of shock wave propagation
when the gate valve of a pipeline is suddenly
shut 125
Card 7/19

Laboratory Course (Cont.)
Asaigrunent 33. Determining the place
on the basis of a shook
Assignment 34. Determining the value
the velocity of shock
pipeline with varying
SOV/3154
of pipeline leakage
curve 132
of shock pressure and
wave propagation In a
arose sections 134
Ch. IV. Flow of a Liquid From an Orifice. Water Jet 137
Outtlow under continuous pressure 137
Outflow of liquid with varying level 143
Structure of an axisymmetrie jet and the distribution of
velocities in various cross sections of the jet 145
Outflowing jet 147
Jet pressure 148
Reaction (pressure) of a liquid flowing out of a vessel 150
Assignment 35. Determining the compression coefficient
flow rate*-f , and discharge coefficient when
a liquid flows out of a circular orifice made
in vertical wall 150
Assignment 36. Investigating the cross sectional shape of a
jet flowing out of an orifice with a rectangu-
lar cross section in a thin wall 153
Card 8/19

Laboratory Course (Cont.)
Assignment 37.
Assignment 38.
Assignment 39.
Assignment 40.
Assignment 41.
Assignment 42.
Assigrment 43.
Assignment 44.
SOV/3154
Determining the trajectory of a jet and the
change in its diameter 154
Determining the maximum range and altitude of
a jet 156
Determining the compression coefficient E,
flow rate I , and discharge p when the liquid
flows from a nozzle 158
Investigating the ch ge of pressure along
N
cylindrical nozzle,
ich depends upon the
rate of liquid flow 159
Determining the tit-,ie when the level in a
vessel will drop under conditions of unsteady
liquid discharge 160
Determining the time when the liquid level In
a vessel will change under conditions of con-
tinuous liquid inflow and unsteady outflow :L62
Measuring the distribution of velocities in
a free jet cross section 163
Determining the center, boundary layer, and the
main body of a free jet 164
Card 9/19

Laboratory Course (Cont.)
Assignment 45.
Assignment 46.
Assignment 47.
Determining the
on a barrier
Determining the
discharged from
Determining the
ejector
SOV/3154
amount (of pressure) exerted
166
reaction strength (pressure)
a vessel into the atmosphere 168
efficiency of a water-air
170
Ch. V. Weirs 174
Basic concepts 174
Copputation formulas 176
AsAignment 48. Determining the discharge coefficient of a
liquid flowing over a non-submerged thin-walled
rectangular weir- 183
Assignment 49. Determining the change in liquid discharge
dependent upon the height of flooding when
there is a continuous pressure on a thin-walled
rectangular weir 185
Assignment 50. Determining the discharge coefficient from a
weir having a practicable profile 186
Assignment 51. Determining the discharge from a weir having
a wide sill 188
Card 10/19

Laboratory Course (Cont-)
SOV/3154
Assignment 52. Measuring the pressure distribution over the
surface of a weir having a practicable pofile 190
Assignment 53. Measuring the distribution of velocitiez and
pressure in cross sections of a free stream
flowing over a weir of a practicable profile 192
Assignment 54. Determining the discharge coefficient of an
open Ve6touri flowmeter 194
Assignment 55. Determining the flow coefficient of a tri-
angular thin-walled weir 195
Ch. VI. Flow of a Liquid in an Open Channel 197
Steady flow 197
Unsteady flow 200
Hydraulic jump 205
Assignment 56. Measuring the distribution of velocities in
a horizontal rectangular channel 207
Assignment 57. Determining the discharge change caused by the
bottom gradient of a channel with a given
depth 210
Card 11/19

Laboratory-Course (Cont.)
SOV/3154
Assignment 58. Determining the liquid discharge by measuring
the channel depth in two cross sections 211
Assignment 59. Determining the depth of a channel with a given
liquid discharge and sloping bottom 213
Assignment 60. Stuoying the Influefice of the shape of the
channel cross section on the discharge of a
liquid 214
Assignment 61. Determining the pressure loss and the rough-
t 4
ness coefficien 4n a channel having walls of
varying degrees of roughness 216
Assignment 62. Determining the fall-off curve in a rectangular
channel 218
Assignment 63, Determining the distance L existirgbetween two
cross sections of a stream flowing In a channel
with a given depth, liquid discharge and bottom
slope 220
Assignment 64. Determining the height of a weir in a channel on
the basis of channel depth and liquid dis-
charge 222
Card 12/19

Laboratory Course (Cont.) SOV/3154
Assignment 65. Establishing the dependency of the curve shape
of a free stream flowing in a rectangular
channel with a weir acoording to the slope
gradient of the channel bottom 224
Assignment 66. Determining the conjugate depth and the
length of hydraulic jump In a horizontal rec-
tangular channel for given liquid discharge
and a given value of another conjugate depth 225
Assignment 67. Determining the conjot-,ate depth and the loss
of energy In a rectangular channel
when there !a a certain pressure against the
shield and mother -.onjugate depth of a certain
value 227
Assignment 68. Determin' _ng the effect of the bottom slope on
the length of hydraulic jump and on the con-
jugate depth when there Is a steady liquid
discharge and the shield is open at a certain
height 229
Assignment 69. Determining the distance existing between a
weir with a thin wall and a hydraulic jump
when the bottom slope gradient and the liquid
discharge are -lonstant 230
Card 13/19

Laboratory Course (Cont.) SOV/3154
Ch. VII. Flow of Liquids and Gases in a Porous Medium 233
Basic concepts 233
Determination of an effectIve diameter 238
Filtration formulas 239
Flow of ground and artesian waters 245
Flow of gas in a porous medium 249
Assignment 70. Determining 'Che fIltration coefficient for
water flowing through fine-grain sand 253
Assignment 71. Ascertaining the field of' application of the
Darcy formuls for water flowing through a
coarse grain formation 256
Assignment 72. Determining the depression curve for water
flowing thro,.;gh a formation which has a hor-
izontal unde.-Ilying stratum '2159
Assignment 73. Determining 411-he depression curve for water
flowing throDgh a formation which has an
inclined wate.-proof underlying foundation 26o
Card 14/19

Laboratory Course (Cont.)
Assignment 74.
Assignment 75.
Assignment 76.
Assignment 77.
Assignment 78.
Assignment 79.
Assignment 80.
SOV/3154
Determlnln6 -,he discharge and construct-
ing a depression -~rve for a ground well
which penetratef-, entire stratum 262
Determining the filtration coefficient of a
formation a-nd the 'Liquid discharge of an
imperfeat ground well 264
at4
Determining T-he f."Itr Lon coefficient of a
formation and ~onstru~~tlng a depression
curve for an art-esi-an well 265
Determining the Ilquld discharge and con-
stru~:ting 3 depre3olon curve for a water-
gathering sy6rt~4fll 267
Determ.1n,-Ing ',he nene,rability of linear sand
stratum u_nd-~T, conditlons of a steady air flow 269
DetermlrunF, hange In pressure along a
format-lon )-).nde-. conditions of a steady air
flow 273
Determining th~~ -Jienge In pressure along a
formation .;nder -ondl,tions of unsteady flow
In the formp":140,i 274
Card 15/ 19

Laboratory Course (Cont.)
SOV/3154
Assignment 81. Deterni'ning the change in the amount of air
used under condi,,Aonq of an unsteady flow
In the format-Ion 276
Assigrunent 82. Determi.ning the change in pressure along a
sandy parabolic stratum and the amount of air
used whIch depend upon the initial pressure 278
Assignment 83. Determ-4ning the velocity of propagation of
a high-pressure wave aiid the change in
pressure per time in. a given cross sec-
tion of a formation 28o
Ch. VIII. Resistance of a Body Moving in Water 284
Basic concepts 284
Resistance of plates in a lami-nar, s-,rean 285
Resistance of plates in a turbulent stream 286
Laminar layer on a plate 287
Head r6iistance
Water surface waves 291
!dave resistance of a ship 295
Converting test results Of a model. to full scale dimensions 297
Assigrunert 84. r~!31~3tance, value in a 13ndnar
and turb-dent. Jxo!~m flowtng around a sriooth
Card 16/ 19 plate 300

Laboratory Course (Con,,-.,;
SOV/3154
Assignment 85. Deter.,~-,.nin;, '~ne ji-itribution of velocities
in a boundar% layer, of a laminar or turbulent
strewn fiowinw, around a plate 303
Assignment 86. Deteriiriinin8 rhe_ h~.-akl resistance coefficient
on the ba6ia of' the pressure distribution
over the contour of a cylinder (plane stream) 305
Assignment 87. Determining the head resistance coefficient
on the bas13 of the pressure distribution
over a c-ontc-ul-, of a cylinder at different
angles of Inclulence 307
Assignment 88. Determining the head realstance of a plaie
of finite dimen3lon In a plane stream at
different angies of incidence by applying the
method of Pre33ure distribution over a Sur-
face or by the gravitational method 3o8
Assignment 89. Determining "lie. valve of the contour resis-
tance of a wirg-shaped body in a plane
stream at (I.Ifferorit angles of incidence and
varlatle st.r..,ara velocity 312
Assignment 90. DetermInIng, tht- reS13tanCe of a ball depen-
Card 17/19

~ I
Laboratory Course (Con'..' SOK/3154
of a szre~L=
Assignment 91. Deter~nlnjz~.,, Lt-~ ziLunber for a cylinJar
in a pian~i 317
Assignment 92. EstaIbIII::,:)1r,,~, :epenlen--y between the vortex
frequen~-.v %Ibratlon frequency of a
cylinijer I.-i ~i 319
Assignment 93. Deterrnlnln~~ overall reulstance of a ship
model 320
324
Ch. IX. Eleetrohydrodynaiatc Analo~-,
1. Electrical analogy "-,f :;I,eady strewn of an ideal
incompressible 324
2. Electrical analogy of t:hf, p-,ayie steady stream of an ideal
compressi, 'ble fliA,-d 326
3. Electrical analogy of the ~-O.,~-ady flow of ground waters 328
Schematic drawings of unit:~
A -9nment 94. Steady cl. -f r'.!1'(1 florning around
a cylindoL 333
Assignment 95. Stream f1c:w-Ing arcurid a wing-shaped symmetric
body prcfl!,-~ ir~ fhe application of the A and
B analogy 335
Card 18/19

Laboratory Course (cort..) SOV/3-154
Assignment 96. Steady -' , ~., f 1owing around the
sheet piling a J~ivl 338
Appendix: Tables.1 - 11 341
kbliography 352
AVAILABXZ: Library of Oongre3s TM/jb
Card 19/19 3-17-6o

VILIKHFR, M.H.
Dlagmos-13 c' spinal dnd zhclesteall~-3
orIginating an late sequelara of tubemuloua reningitis.
Zhur. nevr. i peikii. 64 ne.9-1295-1300 164. (MIP,,! 17:12)
1. Kllnika nervnykh bolezroy (zaveduyustcedy - prof.
Allperovich) Vinnitakogo medlt31nakcgo InstItum I Vinr.-,t,sKiy
oblastnoy pro t1vo Luberkulezr)rf dlspan-.-r (playn- Yr n
Goretakaya).

VILIKHM,M.M.; YAROSLAvsKrT, L.S. (VinnitB&)
Clinical aspects and treatment of cholesteatomms and leptopeLchy-
meningomyelitis. Vraoh.delo no,4i 90-94 Ap'63. (KIM 16:7)
1. Otdelenkr~~ d-1ya boltnykh meningitom (zav.-Ye.A,Paretskaya)
Vinniskogo oblastnogo tubarkuleznogo disparmera i neyrokhirur-
gichaskoye otdeleniye (zav.-L.S.YaroslavBkiy) Vinnitskoy oblaat-
noy poikh(nevrologicheekoy bollnitsy; nauabnyy rukoyoditell
rabot7 - 2av. kafedroy nervnykh bolezney Vinnitskogo meditsinskogo
instituta prof,P,M.Allparovich.

ALIPEROVICH, P.M.., prof.; VILIKMs M.M.
Spinal leptopachy-.:eningitis developing as a late consequence of
tuberculosis meningitis. Vrach. delo no. 3:84,87 Mr 161,
(MIRA 14:4)
1. Kafodra, nervnykh bolezney (zav. - prof. P.M. Allperovich)
Vinnitakogo ineditsinskogo institute, i Vinnitokiy oblastnoy
protivotuborkuleznyy dispenser.
(MENINGITISY SPIHAL)

VILIKM, M.M.; BARIZOVSKIY, B.A.
Combination of hemocytoblastic leukemia with thymoma. simulating
tuberculosis of the lungs and cerebral membranseo
Vrach.delo no.6:643 Je 157. (MLRA 10:8)
1. Kafedra fakulltetskoy terspii (zav. - prof. B-S-Shkiyar)
Vinnitskogomeditsinekogo institute i Vinnitskiy oblestnoy
tub~erkuleznyy dispenser
(LXUKIMIA) (THYMUS GIAND--TUM(RS)

VILIKUS, Mensk
Some problems of the Mitchire Industry Institutes. ?,An cr~:
18 no.8:345-348 Ag 164.
1. Director of the Institute of Mechanical Engineering.

VILIM, F.
New method for measuring- susceptibility of parama netic and dlama~petic mater-lalB.
p. 416
Vol. 5, no. 4, July 1955
CESKOSLOVENSKY CASOPIS FPO FYSIKU
Praha, Czechoslovakia
So: Eastern European Accession Vol. 5, No. 4, 1956