SCIENTIFIC ABSTRACT MIKHALYANTS, A. A. - MIKHANTYEV, B. I.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001033920017-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 12, 2001
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

IUKMOW.TSS A.A.
Acute appendicitis in elderly and senile patients; according
to materiall of a district hospital for a five-year period.
Sov.Med. 27 no.7:81-84 J1163. (1-UIA 16:9)
1. Iz khirurgicheakogo otdeleniya (zav. &.A. Mikhallyants)
Dzhabkoyakoy rayonnoy bollnitsy (glavnyy vrach S.L.fSeytlin),
KrymBkaya oblBtI.
(APPLUDICITIS-CASES, CLINICAL REPMTS, STATISTICS)
(GERIATRICS)

14IXHAL I YAINS 0 A. A.
Repeated perforation Of a duodenal ulcer. Vrach. delo
no.8:125 Ag'63- (MIhA 16:9)
1. Khirurgichaskoye otdeleniye (zav. - A.,L.Mikhaityants)
DzhankoyBkoy rayonnoy bollilitsy Kj-j=koy oblaBti.
(DU(LENU14---UILFJ0)

MIKHALIYANTSJI A.A.
Surgical treatment of tubarculoaia of the Btomach and
duodenum. Probi. tub. 41 no-5138-42 163. (KIRA 17:1)
1. Iz khirurgicheakogo otdeleniya (zav. A.A. Mikhallyants)
Dzhankayskoy rayonnoy bollnitsy (glavnyy vrach S.L.
TSeytlin) Krymskoy oblasti.

MrKHALIYANTS, A.A.
Pf,rforato@jd iii-cir of thr, gt,mach wid duodnnum in hdoloinamta.
Pediatrila 4@1' no.2tF5,16 Agl;.3 NTRA 1-1:4)
1. Iz , 1. 1 @ ch(,z3kjg(, , @.,ie -r 'y-a ( zav. A. A. "Li Kha-@ '-Ter., -a )
I
g1s,vnyy v-ramb S.L. TSffyt.i.n)
Dzhankoy3k,ty rFLyonnc,y b@.I'Tllto7 (,
Krymskoy oblaatl.

MrKHAL'YANTS, A,A.
Diagnosis of duodenal tuberculosis. Vact. khir. 93 no.8tIM
Ag 164. (MM 1817)
1. Is khirurgichookogo otdeleniya, (sav, - A.A.Mikhallyants)
Dshankoyakoy rayonnoy bollnitay (glavW vrach - S.L.TSaytlin)
Krymakoy oblasti.

ZAZERSKIT. K.N.; KIKHALTCHEV, I.M.
Now synthetic building materials. Bitil. tekh. inform.. 4 no. 6:27-
21 Je 15A. (MIRA 11:7)
(Plastics)

Ml.--FIALYCFMV. I.M.
Five-atory apartment house built of precast pann1s. Blul.
tekhn.infnrm. 4 nn.9:27-28 S 058. (,MIRA 11:10)
(Leninerad-Apartment houses) (Concrete slabs)

ACC MR, AT603611N, SOURCE CODE: UR/0000/66/000/000/0062/006'3
AUTHOR: Benevolenskaya, T. V.; Boykava, 0. 1 Mikhalylovskiy, G. P.;
Savilov, A. A.
ORG: none
TITLE: Use of dosed physical exercise in diagnosing changes in the functional state
of the cardiovascular system (Paper presented at the Conference on Problems of Space
Medicine held in Moscow from 24 to 27 May 1966)
SOURCE: Konferentsiya po problemam kosmicheskoy meditsiny, 1966. Problemy
kosmicheskoy meditsiny. (Problems of space medicine); materialy konferentsii,
Moscow, 1966, 62-63
TOPIC TAGS: space medicine, diagnostic medicine, cardiovascular system, '2osmonaut.
training, physical exercise, cardiology 11.1,
ABSTRACT: Exercise tests are valuable for examination of cosmonalitp_because
they uncover latent pathological changes in cardiovascular function.
Many of the subjects of this study were unaccustomed to sport or
exercise, so it was necessary to demonstrate their adaptability to physical
exercise. Physical exercise cnnsisted of a single and double Master
test - twerLy deep-knee-bends in 30 sec- - and work on a bicycle ergometer.
Master' s test is valuable because it permits dosing the exercise depend-
ing on the subjects' age and weight and makes evaluation of myocardiac

ACC__NR.__AT60@64_96_________
function during exercise possible. However, electrocardiograms cannot
be recorded in the usual manner during this test. For this reason the
supplementary test on the bicycle ergometer was used. The optimum
physical exercise of 1000 kg-m per min was performed for 5 min. Tests
(150 in all) were administered in the morning after preliminary training
the night before. EKG' s, phonocardiograms, sphygmiograms, and blood
pressure readings were taken before and after the test, and at one-
minute intervals during the test.
Experimental results showed the following physiological shifts in
healthy people: 1) pulse rate increased 100-12016 from initial levels,
2) systolic pressure increased to 200 mm, 3) diastolic pressure varied
up to 10 mm in either direction, 4) the T-spike of the EKG decreased
and subsequently increased, and 5) the ST interval underwent a slight
shift. Decreases in the length of the isometric contraction pause, the
period of expulsion, and the mechanical system were noted, together
with increases in the intrasystolic index and the rate of increase in
intraventricular pressure. In Vdition, the percentage of oxygenation
changed slightly. In some subjects there were indications of insufficient
cardiac-muscle, nourishment, appearing chiefly in the aftereffect
-Card 2/3

-Ate*R, AT03Q,96
WJod: the ST interval shifted, some two-phase or inverted T-spikes
were noted, and migration of rhythm occurred.
Tests on the bicycle ergometer also demonstrated the insufficient
ada@iability of the cardiovascular system to physical exercise: 1) pulse
rate increased 20016, 2) diastolic pressure increased 30 mm, 3) a long
aftereffect period was noted, and 4) extrasystole occurred. In some
subjects the isometric contraction phase increased. The T-spike of
.the EKG changed slightly.
Inclusion of these tests in the regular examination of aviation per-
sonnel and cosmonads is recommended because of the possibility of
dosing exercises and recording a number of electrophysiological
parameters during exercise, but also because of the.large percentage
of pathological cardiovascular changes uncovered in apparently healthy
people during work on the, ergometer. [W.A. No. 22; ATD Report 66-U63
SUB CODE: 06, 05 / SUBH DATE:

)VIUCHIII, A.I.; MiMLILYUK,
Corro.qlon r@.' V@@r' i
-;!-, 'n --tAc ri A
,golut' one. @;i I- tiz. I 'P, - @Kflrl. )p r-., 1; 5.
W:RA 18:5)
1. TSentralIny-y i jrayfi@-tny-! institut
lesokhimichenkoy i romy@-,Y.Ifinnt-Ftj.

d
BARANNIK, P. 1. prof .; MIKHALYIJK. I.A. ; TSVFTKOVA, I.N. ; LYASHFVSKATA. V.Y.
H!igieniC ASDects of natural lighting of suditoriume of Kiev. Yrneh.
delo supplement 15'1:110 (MIRA 11:1)
1. Ysqfedra obahchey gigiyeny (znv.-,Drof. P.I.Barannik) Kiyevskogo
meditsinskogo instituta.
(KIXV--LIGHTING) (AUDITORIUMS)

BARMIK. P.T.. prof. ZANOZDRA. S.F.[deceasedl. MZKHAITUX, I.A.. TSVFTKOVA.
I.b.. 1,
The sanitation picture of well water supply for villages in rIver
District. Vrach.delo no.6: 647 Je '58 (MIRA 11:7)
1. Kafedra obahchey gigtyeny Ziye-pkr4o meditsinskogo institute.
(DYMRR DISTRICT-WATER FUPPLY. RURAL)

KIIHALTUK
Ischerichigs colt index and fungi in water at various levels of
pollution Lwith sumnary in Znglishl. Mikrobiologlia 27 no.6:
724-726 11-D 158. (MIRA 12:1)
1. Klyevskly meditsinskly institut.
(WATER POLLUTION,
Z. colt & fungi in
pollution (Rua))
(BsaMICHIA COLI,
in water, relation
(MGI
some)
water in various levels of
to degree of pollution (Run))

MIKHALTUK, I.A..kandidat maditainskikh nail .
Changes in the results of bacteriological analysis of water in
relat.ion to the conditions and time required for shipping the samples.
Vrach. delo no.3:287 Mr '57 (KLRA 10:5)
1. KELfedra obahchey gigiyany (zav.-prof. F.I. Barannik) Kiyovskogo
meditainskogo Instituta.
(WATICR-AILLYSIS)

M 1MLQTaK, 14 A. - -
Sanitary evaluation of the oxidizabilit7 of water with a pronounne4
humic content. Gig. I man. ?4 nn.0-19 S 10,9. (MIRA 13:1)
1. Is kafedry obahchey gigiyeuy Kiyevokogo meditainskogo instituta.
(WATIM-POLLUT ION)

NIMIALTM, I.A.
Wthod for the deternination of cobalt to water. Zab.dele 6
no.3t26-27 IV-Je 160, (NnA 138?)
1. ELfedra obehoboy g1glysay (tay. - prof, P.J* Barannik)
91yevskogo meditsinstogo Institute,
(CGMW--ANALTSIS) (CaMDWRO

MIKIrkLYUK, IvAep kand.med,nauk
Specific oxldizabillty as a sanitary Index of the quality of
water. Gig.1 san. 25 no-105-97 Ja 160. (MM 13:5)
1. Zz Imfedry obahchey g1giyeny Klyevskogo meditsinsk:ogo Instituta.
(WATIM SUPPLY)

BAFUNITIK, P.I. , prof.; MIKIALYUK, I.A. , Ootsent; WIATSAKPJTYAV, R.P. , asgistent;
TST.TKOVA,
Zinc, manganeae, cobalt, and iodine in potable artesian water in Kiev.
Gig. i san. 26 no.4:95-97 Ap 161. (MIRA 15: 5)
1. Iz kafedry obshchey gigiyeny Kiyevskogo meditsinskogo instituta.
(KIEV-WATER-ANALYSIS)

rEy" - @4 , @ @ r. , :.I- 'I. , t.. - .". , Vie,., I.G., rIPMAPP U.m., n@,h.
.--@ -
:@! a 6 t i I f'@ r' r-,T-@, . lfashlro;3tr,,en'Le no.2!,10-12 Mr-A r 165
'0
( M--- RA I F3 -.6),

LARTNA., M.M.; MIKHALTIK, . -.
Secondary minerel Isolations in the Lemonian and Lower and
Middle Carboniferous in the deposits of Kuybyshev and Orenburg
Provinces. Trudy Giprovostoknefti no.5:41-46 162. (MA 16:8)
(Kuybyahev ProvlncF- Petrology)
(Orenburg Province-Petrology)

MIKHALTUK, V., mashinist ugol'Mykh mel'nits-
Using electric beating in making soluble glass from silicate
blocks. &tggosted by-N.Mikkalluk* Ratsei lzobropredlay strolo
no.14871-73 160- - (KIU 13:6)
1. Zdolbunovokly tsementW savod Livovskogo sovnarkhoza,
L'yov. ul.Pervogo Kays,. 17.
(Electric hosting) (Soluble glass)
AW

KIJZI4&Tlsovp G.I.p inzh.j MIKHALYUN, P.P., inzh.
Loosening coal u-saives by water infusion. Bezop. truda v prom. 4
no. 5&8-10 My 160. (MIRA 14:5)
(Selidovka-Coal mines and mining)

HIMIAL M.. -
Joint session on the problem gBentonites of the Uk:raW&n S.S.R.
and their industrial use.* Tienyk AN URSR 25 no.11:70-72 N 154.
(Ukraine-Bentonite) (KEBA 8:2)

OVCHARNI]KO, F.D.; MIKHALTUX, R.V.
Blastoplastic characteristics of diluted and concentrated benton1te
suspensions. Bent. gliny Ukr. no.1:53-62 155. (MIRA 12:12)
I.Inatitut obshchey i neorganicheskoy khimii AN USSR.
(Bentonite)

- . , . . -,'. , C-nd '@ , : Sc i -- @ " 'I' - ,
I -
, , , @ . 1, - "-.f - I . I r t@ , -- i".
- , @ r t. : I- I I . : , '. - I II
. .I
;, . v-, , " ::,. @. - 7

KIKHALTTJK, R.V.
Organophilic bentonites; brief reviev of literature. Bent. glin7
Ukr. no.2-ZO5 '58. (MIRA 12:12)
I.Kiyevskiy takhnologiahaskiy institut pishchevoy promyshlennosti.
(Bibliography--Bentonite)

AUTHORSi Kurilenko, 0. D., Mikhalyuk '_ R. V. 307/156-58-3-11/52
TITLE: The Adsorption of Steam on Aminobentonits Com loxes (Adourbtaiya
parov vody na amino-bentonitovykh kompleksakh@
PERIODICAL: Nauchnyye doklady vysshey ahkoly, Khimiya i khimicheskaya
tekhnologiya, 1958, Nr 3, Pp. 447 - 451 (USSR)
ABSTRACTs The adsorptign of steam at aminobentonite complexes was measured;
it was found that at all partial pressures a series is obtained.
It corresponds to the decrease of the hydrophilic properties
of the aminobentonite complexes, which develops parallel to the
increase of the organic cation, or the substitution degree of
the exchange complex, respectively.
It was shown that the equation of Brunauer, Emmet and Teller
(Ref 4) may be used for the isothermal lines Of the adsorption
of steam on aminobentonite complexes within the range of the
partial pressures P/P.; 0,05 - 0,35. The amount of water adsorbed
on the mono-layer was alculated. These quantities are reduced
when the hydrophilio character of the surface of bentonite
decreases.Bentonite from the Kavkaz (askangell)(Caucasus) and the
Card 1/2 Ukraine (pyzhevskiy) was investigated. Diagrams 1 and 2 give the

!'Ae Adsorption of Steam on Aminobentonite Complexes SOV/IL56-58-3-11/52
adsorption isothermal lines at 200 after various types of pre-
treatment. Tables I and 2 give the experimental results. They
agree well with the equations of Brunauer, Emmet and Teller
(Diagram 3). The values for the adsorption constant am were
calculated for the various bentonite complexes (Table 3). There
are 3 figures, 3 tables, and 6 references, I of which is Soviet.
ASSOCIATIONs Kafedra fizicheskoy i kolloidnoy khimii Kiyevskogo
tekhnologicheskogo i.istituta pishchevoy promyshiennosti (Chair
of Physical and Colloidal Chemistry of the Kiyev Technological
Institute for the Food Industry)
SUBMITTEDi - December 2, 1957
Card 2/2

n1_5q_7_j r, /-7
A': V!,j P L; @,vch a rqnkr , F Correspond Ing Mew er "he A- ':@r:
Nikhalyuk, .`i.V. Fin! Kurillenko, '..D.

T I TLE - - ---------------------
Ion @:xc.-ange and Bentc@nites (:onny, cbmen
i gidrof i I -nost I bent@,ni t iv
PEHI'.DICAL: Dopovidi Akademii nau@ "krains'koi 195,9, Nr 7,
pp 747-7'-l (":_I"
ABSTRACT: Sever,,il irvestigRtors ;)v,@ qt!idied adsorption capacities
of various tyros of Pround, as e.p, DuTzarskiy (Ref. ",
Bykov ('ief. ' and 7,, 1"@ncharov (..?ef. 10, und many f@@reign
ones. The aut,,,-,rs p,@rf_rme,,l a series @-,f experim,-nts C.'n
wetting bentonites rrith water and thun measuring the @ieat
and water adsorption. It was established that at firrt
the alsor-tion Ytiiter @@ccurs in the more active sites,
i.e. corresponds t@, the greater energetic e@fects. 7he
entrop@- of water adsorption considerably reduces, which in-
dicates that th(@ watpr molocules are there in a ::ost or-
derly F3tate. 71(3 a,.;thors com,.ared the rosults )f t@)eir Px-
periments with their calrulaticns of pure ;&,is,_Jrpt1')n ht.-atq,
obtained from the vaiiHn of tho enerpy conotsint C dorivod
fr@jm tho Lamb and _',juilidge (Fief 15) theory, and found that
the results of tl)"@ '03orytion and ca.iorimetric measurements
Card 1/2 agre e w e I I .'n the b;xsis of alsorption ard calorimetric

lor Excharge and @!ydrophilia of Bentrnil@-s n,
data, some therrno@vnamic functi.-,ns of the bert-nitp-w@ter
system were determined. -he character of the chanres in
some thermodynamical properties of this s@-stem warran!s a
presumption that the bentonite surface is enerFetirqll:
nor-homopeneous. 7hPre are @ Fraphs, 1, table and 1' rr---
ferences, 6 of wtich are Soviet, and 7 American
A330CIATIONS: Institut obshchey i neorpanicheskoy khimii All "kr.'.S') ('In-
stitute of Gen,?ral and Inorganic Chemistry of the A3 "kr
Kiyevski-i tekhrolopicheskiy institut pishchevoy promysh-
lennosti fXi.vev Teclirolol7ical Institute of the Food jr.-
dustry)
SUBVI-TED: March 11, 1958
N 0 TE Pus -ian ti tle nn,'. !@-;ss,.an namps of individuhls and insti-
tutions ap, oari np ir th is article have be(@r uss@d in thQ
transliteration.
I Bontonite-water, ::y.,:tems--AdsorptIve pr@)pertiei; Bei,%,",-@1"e
-water propertle:j i.
4. 'dater--Adsorlitliji)
Card 212

5 (
A IT" @i OR Kurilenko, O.D. un@! lt'ikhalyuk., R.V.
TITLE: The Adsorption of Aliphatic Amines on Bentonite from Ajueo,is
Solutions (Adsorbtsiya alifatichpskikh aminov na hentonite
iz vodnykh rastvorov)
PERICD17AL: Kolloidnyy zhurnal, lq'I, Nr 2, pp lq5-199 (TI.;.3R)
AB3TRACT: This is the report of an inv-stigation carried ont to study
the adsorption of the `@it,her aliphatic amines on h,@ntonitps
in nuantities exceeding by sevoral times 'he exchange capaci-
ty of the latter. The inveatiCation establis@-,ed two t.,.,res of
adsorption - irreveroible ionic and reversible physic@..l ad-
sorption. It was further ascertained that an amino a@sorpt-
ion on sodium bentonite excepd.5 by several times the adsorpt-
ion on calcium bentonite, which partly is explained 1.)y the
fact that the firs'. dispersos in watei to a far hlp@er de-
gree than the s-cond. Another possible - factor of this phe-
nomenon is the differr@nt solidity of the linkare of sodium
and calcium ions with the montmorillonite surf-ace, i.e. the
Card 112 exchange of the orfranic cation wil.h Na is more easily per-

@ICV/69- 1-2-1;1/122
T hP Ad !iorpt ion of A I iphat ic A:n i r.,-3 rin tr- f*ro- A jue-.u@, n
n meas-iring
formed than with Ca ,h e thii @,ept caus. by
wetting the dri(@dl :t ine-be!.tnniti- (-omr:l-x(.o of variouti
amine-clay rnUo,,i w,tl wittor, tl-.,- tu!;i,)rq oh:-zervo,! [e-mail] in
t" is C,_,ncent r,-i t iarn:t '@C- I OC t@@c- hy,!r,irl i 1 1 r pro-
r,ertios -rF, relu to scientists
are ment.iined in t-te ir+i,@e R,, GrIm 1w. H. I Slebaugh (Sleybo), &ad
F.A, Rebinder. Th c@ re a re 5 rriphs and I @ rf, f - r,. n rpco
wh;ch are English ,,nd @ javipt.
A 3 C I.,@ 7 ' .'@N Kiyevskiy tekhn,,.L op-,_ he_3i0Y ins t itut r i @-,n,@hevoy Fro-y7`. I
osti (Kiyev Teo@.nolo7ical Insti*utp -:)f tho Food
D: December 4- 19')7
Card 212

5 (4)
AUTHORS: Mikhalyuk, R. V., Kurilenko, 0. D. BOV/153-2-2-9/31
TITLE: Investigation of Lyophilically Aminated Bentonites
(Issledovaniye liofillnosti aminirovannykh bentonitoy)
PERIODICAL: Izvestiya vysehikh uchehnykh zaved*niy. Khimiya i khimicheakaya
tekhnologiya, 1959, Vol 2, Nr 2, pp 196 - 199 (USSR)
ABSTRACT: Bentonite can be looked upon as an inorganic high polymer. It
disperses itself in water and has ion exchanging properties.
As is known, exchange cations have an influence on the hXdro-
philic nature of bentonite (Rafe 2-8). The influence of the or-
ganic cations on the molecular nature of the bentonite surface
has not been investigated sufficiently (Refs 9-11). The pres-
ent article deals with the examination of the originally hydro-
philic bentonite surface dependent on the nature of the or6anic
exchange cations (amines) and on their concentration. A 2% water
dispersion of Askangell (sodium bentonite, deposit of Tsikhis-
-Ubana,Gruz1nskawaSM)rias prepared for the investigation. The
smines were first transferred into HC1 salts and dissolved in
water. imination was carried out in the mentioned dispersions.
The authors found that the minimum hydrophillc nature of
Card 1/4 the bentonite surface lies within 100 mg-equ/100 g. This rela-

Investigation of Lyophilioally Aminated Bentonites SOV/153-2-2-9/31
tion therefore served as a fundamental. After the diluted amino
salt solutions in water had been added to the dispersion, a
quick flocculation occurred. Table 1 gives the figures of the
heat of wetting Askangell with water in which the cation is re-
placed by various inorganic and organic cations. This shows
that these heats were considerably reduced after treating
Askangell with various'organic cations. The hydrophilic nature
of bentonite is apparently least reduced by the 1-charge cation
which is smallest in size and most compact. The tri-isoamyl
a,mine ion reduces the mentioned heat much more. The greatest
reduction of the hydrophilic nature of natural bentonite is
caused by cations of the salts of quaternarily diappr-ed aamo-
nium. Thus the branching of carbon chains plays a roie, as well
as their length. The analysis given in table 1 leads to the
conclusion that the cations form a sequence according to t?e
degree of their influence on the hydrophilic nature of V@e ben-
tonite surface: Ca>H@N&) large organic cations. From this table
the fact results that no continuous monolayer seems to develop
on the bentonito surface, at least not by the &mines uded there*
The information won in connection with the heat of wetting also
Card 2/4 proved right by measuring the absorbed amount of water, ori the

Investigation of Lyophilically Aminated Bentonites SOV/15A1-2-2--';11"A'
basis of the varied tensions of water steaLn (Table 2). ?iture 1
shows the adsorption therms for bentonite, the cation of w@,ich
was replaced by organic and inorganic cations. The ortanic mont-
morillonite derivatives on the whole, are less hydrophilir than
the inorganic ones. Table 3 shows the measuring results cf the
adsorption of benzene vapor with aminated bentonites. Th,@je
statements show that the amount of the absorbed benzene ir.'reas-
es with an increase of the hydrocarbon radical which is a L'IM-
ponent of the &mine added to bentonite. Figure 2 shows the mea-
suring results of the adsorption isotherms of benzene vapor
(at 200) on specimens of natural Askangell and Askangell dis-
persed by cations of higher amine8. This shows that the olno-
philic nature.of bentonite is increased by the latter substi-
tute. The hysteresis takes place in the whole sphere of the rel-
ative pressure. The adsorption of benzene vapor proves the in-
creased oleophilic nature of aminated bentonites. The isotherms
shown in figures I and 2 change places, so to speak: natural
bentonite which swells in water, does not swell in benzene, and
aminated bentonite swells in benzene, although it does not swell
Card 3/4 in water. There are 2 figures, 3 tables, and 15 references, 7 of

Investigation of Lyophilically Aminated Bontonites SOV/153;--@-2-9/31
which are Soviet.
ASSOCIATION: Kiyevskiy tekhnologicheskiy institut pishchevoy promyshlennostil
Kafedra fizicheakoy i kolloidnoy khimii (Kiyov Technological
Institute of the Food Industryl Chair of Phyei*al and Colloid
Chemistry)
SUBMITTED: February 15, 1956
Card 4/4

5(4) SOV/153--2-3,-10/29
AUTHORS! 141khalyuk, R, V, Kur I lezico u. D.
TITLEi Sedimentation VolameE of Aminated Bentonites in Organic
Liquids
F&RIODICAL: Izvestiya vysi3hikh uchobnykh za@redeniy. Kh1miya i kh1micheskaya
tekhnolop,lya. 1959 Vol ? Nr 3 pp 366 568 (US3R)
ABSTRACT- The object rif the present paper was to investigate the capa-
bility of swelling of aminated montmorillonite in organic
liquids, In this :nee intermicellar swelling was concerned
which may bE- measured by the --ncrease of the total volume.
The swelling of monrmorri!__jn_tE: which was aminatad with
dimethXl decyl octadeoyidmmonium chlorlde in water, ethyl
alcohol, isoamy. alcohol ar-.line. ethyl acetate, ethyl ether,
acetone benzene and n1trobenzene was measured (Table 1).
The capability cf awell;.ng and heat of wetting of the alcohols
depend on the length of' t@p hain (Table 2 Figs 1 and 2).
With increasing chain lengt@_ a@q. th;- oleophilic properties
increase. In a fuithpr test se@.es mrntmorillonite aminated with
trimethyl octade@,ylamine TIAO) wao used, benzene and alcohol
Card 112 served as solvents (Tab-i @.; Montmorillonite samples with

Sedimentation Volumes of Aminated B@-n,.-,,n. t,@,s SOV/153-2 3_10129
Organic Liquida
different occupatlon TMO werp Investigated. The maximum
of swelling is at an )i ,f approximately
100 mg equivalent/-00 g. -It war found that in a series of
organic 1,quids esp,@cia.]- ir n;r_-,'U-enzene, thixotropic gels
were formed at certain @-,-_ncer-.rationa- There are 2 figures
3 tables, and 4 referenceg
ASSOCIATION: Klyevskiy tekhnolog1chc.:ak1,1 ;t,3t-,_tut Pishchevoy promyshlennosti
Kafedra fizicheakny '_ ko-.- dnc,y kh1mi! (Kiyev Technological
Institute of Focd Indusv_-.-i _Kal- Cf Physical and Collaida--
Chemistry)
SUMITTED: February -958
Card 212

OTCHARENKO. F.D.. oty.rod.; KURILANKO, O.D., doktor khim.nauk, red.;
NZYMARK. I.Te., doktor khim.nauk. red.; ROYTER, V.A.. red.;
HIM R.T.. imnd.khim.nauk, red.; KELIVIK, I.Y.. red.
A.A., tekhn.red.
CNatural mineral sorbents; proceadiags of the conference held
June 9-12, 1958 in Kiev] Prirodu7e minerallaye sorbent7;
trudy soveshchaniia, soatoiavahagosia 9-12 iiunia 1958 -ods
v g. Kieve.. Kiev, 1960. 370 P. (MIRA 13:7)
1. Soveshchanlye po prirodnym minerallaym sorbentsm. Kiev. 1958.
2. Chlony-korrespondenty AN USSR (for Ovchareako, Royter).
(Sorbents)

KURILENKC), O,D., PRILIPKO, T-T., MIYHALn%, R,V.
Interactlr,n of polpicrylamide vith bentonite alopenolons. IZV.Vin.-
ucheb.zav,,khim. i khIm.tekh. 6 no.21248-251 '63. 011RA lb-))
1. Kiyev8kiy tekhnologirheskiy institut pishchevoy promyghlennosti,
,afedra fizicheskoy, kolloidnoy i analiticheslcoy khimii.
(Acr,flamide) (Dentonite)

L IL8872-66 EWP%'k)/E'"`L %'m /'/FWP %le )/S Wr- (t) JDw
ACC N& AP5022548 SOURCE CODE: UR/0226/65/ooo/6607-060/6098
AUTHOR: Chegoryan, V. M.;Mikhalyuk, R. V.; Natanson, E. .; Rybcb#skly,--M. 1.
ORG: Institute of General and Inorganic Chemisti:;Aff UkrSSR (Institut obahchey i
neorganicheskoy k.himii AN UiRi5ij
TITLE: Express method.of determining dispersity of metal powders
SOURCE: -Poroshkovaya metallurgiya. no. 9, 1965. 95-98
TOPIC TAGS: metal powder, chemical dispersion, dispersion hardening, sedimentation
separationg metallurgic process
ABSTRACT: Results of''an investigation of the dispersity of highly disperse metal
powders by means of a photosedimentometer are presented. Comparison with results
obtained by independent methods shows good agreement. A rational procedure of
selection of the dispersion medium in dispersion analysis of certain metal powders
is described* Orig. art. has: 3 figures and 2 tables. (Based on authors' abstract.)
SUB CODE: U/ SUBM ]@ATE: 15Feb65/ ORIG RErs 003/ OM Mffs 006/ INT)
Card

KIKMTUX, T., shturman, (g.Irkutsk)
Determining the wind direction and speed by means of a surverine,
radar. Grazhd.&v.13 no.4:13 Ap 156. (KLHA 9:7)
(Radar in aeronautics)

Mlr,iiit-ii@,jAA, L. A.
Defende-I hiz DisiertAtion for Canui,icp of Cher..ic- - 3ciences in tr,@- K;!z@r;l
Atite UnLver.@iit. I
.(, Kazan',
DJL3.sertation: "Investig - t ions in ttt-@ FieiJ of Cv.-,pren.-,-I.-,ni-! - n. @,.Mpnnl-nic
Aldehyaesll
SC : Ref er-ttivnTy ',@hurwtl Klhim ipi, 7.0. ' , C,Ct. ,
. , 1, _, ('j /., L @5' , 2 5 A., r- cl 1, 11

MIKHANIKOV, 0. M. I CAND GEO L-4A I N Sc 1 9"GEOLOGICAL
STRUCTURE AND CONDITIONS OF FORMATION OF PETAOLEUU AND
OAS DEPOSITS IN THE TECTONIC ZONE OF NEFTECHALA-PAOAR OF
THE NIZHNE-KURINSKAYA DEPRESSION." Moscowt 1961. (ALL-
UNION PETRo-GAS Sao RES INST "VNI111, MAIN Sci RES INST OF
THE STATE ECONOMIC COUNCIL USSR). (KL, 3-610 208).
104

MIKHANKOV, Yu. M.
Cand Geog Sci - (diss) "Stratigraphy of quaternary deposits and
pleogeographic conditions of the southeastern part of the
Western Siberian Depression." Leningrad, lc)61. 20 pp; (Lenin-
grad State Pedago6ical Inst imeni A. I. Gertsen).., 150 copies;
price not given; (KL, 7-61 sup, 223)

@ I 1 11 . , - I
ZARP.:NA , Ye.P. ; KAPl,.Y,',NSVYA , F.A.; IS':(-,V, -, I. ; 'I " *
-ARN0CP,',DSKIY, V.D.
. . I"
Puriglacial formation in the West Siberian @. , Vr .I.- IL
Chet. geol. I geomorf. '61' -
.7: ',

MUWIKCVP YU.M.
Simplified method of determining the rate of &1luvium accu=LlatiDn
Infomesbor.VSEGEI no.50:39-41 161. O-MA 15:8)
(Alluvium)

MIKEANLOV, F. A.
25898
0 Mekhanizme Deystviya Iskusstvennogo Pnevmotoraksa
(Po Povodu Statay L. M. Modelya Voprosy Fiziologichaskogo Mekhanizaa Lleystv-iya
Kollaposoterapii Tuberkuleza Legkikh 1 V. A. havicha-Shcherbo
0 Mekhanizme KollapsoterappiiV Zhum Byulleten'In-Ta Tuberkuleza
Akad. Med. Naul SSSR, 1947, No. 2,
S Primach. Red) Byulleten' In Ta Tuberkuleza Akad. Med. Nauk SSSR
1948, No. 1, S. 18-21
SO: LETOPIS NO. 30, 1948

SRARANIK. I.T.. kand.tekhfi.nauk; KMV, M.P., prof.; CRECHERV, N.I.,
kand,tekhn.naukl, MIKRAROSHA, Te.S., inzh.
Making high-viscous gelatins of chrome-tanned shavings. Izv. v7s.
ucheb. zav.; tekh.leg. prom. no.2:40-J46 '58. (MIRA 11:6)
l.Ki7evskiy tekhnologicheskiy Institut legkoy promyshlennosti.
(Gelatin)

TUDIN, A.V., doteent, kand.I-.+iim.nauk; BARBOT, V.K.. inzh.; 14IMNDSHA,
Te. S.
Using synthetic ton-exchange rnsins in light Industr7. Izv.
vys.uchob.zav.;tpkh.la,r.prow. nn.1:62-'71 '59.
(KIRA 12:6)
1. Kiyevskly tak'hnoInpic$ioaMy inatitut lagkny prom7ohlonnosti.
Roknmeranvana knfedroy obabcbey khimichoskoy tokhnologli.
(ReaIna, Synthetic)

MIKHANOSHA jnzkj. YUDIN, A.V, 1.)k,,r j(tj@m. nallk, BARBOY,
kand. tek@n. na".
Stat-4c capacity of exchanpe @-f @he KB-4 -aL.or exchanger, in
chromium (III) as dependont on the -=dl-,ions ,,f absorption.
Izv. .ryg. ucheb. zav., -kh. @Pg. p7om. no.@..@L-.',8 16-3.
( M -1, RA lt
1. K@yevslk'@v legx@.,y rrDnii3h@ennostl.
Rekomendovana kafed--oy k,,zt,.'.

MIKRANOSHA Ye 5, inzh.; YUDIN, A.V., doktor ktdvdch. -n-Auk, prof.;
-- .. - 0
V.M., kand. tekhn. nauk, dotsent
Investigating the sorption of chromium (III) by KB-4 cation
exchanger under dynamic conditions. Izv. vys. ucheb zav.;
tekh. leg. prom. no.5:44-50 163. NW 16314)
1. Kiyevskiy tekhnologicheskiy institut legkoy proiflyshlennosti.
Rekomendovana kafedroy tekhnologii kozhi.

MI KIIA N", V @ A. - ': A' A KA':@ - , @' .,,' , -
Fr,am formatioL in gelatin @ @aq--. ma@3.9-j n--.":, -@.,
, 1,4.. . ;, @ -,r@ t-t,@ I - : - -1

C4;4

KIASANOVA, M.K., kand. tekhn. nauk; MIMANOVSYM, D.6., inzh.;
MOITRED, Yu.b., kand. tekhn. nauk; KREINDLIII, A.N.; SAVKOV,V.
i3EYUL,, G.A. , inzh.; ZHUCHKOV, N.
(moans for increasing the capacity of plants preftibricating
elements for 1-464A series houses] Puti povysheniia proizvod-
stvennoi moshchnosti zavodov, vypuskaiushchikh doma seriia
I-464A. Moakva, Gosstroiizdat, 1962. 26 p. (MIKA 17:71)
1. kkadeirdya stroitel'stva i arkhitektury '15entrallnyy
nauchno-Issledowitel'skiy i proyektno-eksperimentallnyy institut
industrialInykh zhilykh i massovykh kuliturno-bytov-ykh zdaniy.
2. TSentrallnyy nauchno-issledovatellskiy i proyektno-eksperi-
mentallnyy institut industrial Inykh, zhilykh i masso-qkh kullturno-
bytovykh zdaniy kkadei.-nii stroitellstva i arkhitektury SSSR (for
Kirsanova, Pikhanovskiy, Mon-fred). 3. Nauchno-i--sledovatellskiy
institut organ"zatsii, mekhanizatsii i tekhnicheskay pornoshchl
stroitel'.;tvu Akademii stroitellvtva i &rkhi4.akturY SSSR (for
Beyul, Kreindlin, Savkov, Zhuch-kov).

WKHAJIOVS jIush.
@ . A - -, U
Large-panel frameless house in Tyksa. Na strot.14oak. 1 no.11:26-29
N 15 f3. (IGRA 11-12)
(Vykaa--Apartment housms) (Concretm slabs)

KIMJ&NOI[SKIT, D.vinzh.
Houses built of form-made panels. Stroitell no.2:3-6 Y '59.
NM 12:5)
(Apartment hatises) (Concrete construction-Formwork)

97/58/2/l/16
AUTHOR: Monfred, xu. B., Candidate of Technical Sciences
Mikhanovskiy, D.S., Engineer.
TITLE: The Manufacture of Reinforced Concrete Panels
in Vertical Fiezework.-' , (Izgotovleniye zhelezobetonnykh
paneley v vertikallnykh formakh).
PERIODICAL: Beton i Zhelezobeton, 1958, Nr 2, Pp. 41-45 (USSR).
ABSTRACT: The method of casting into vertical forms for the
production of solid reinforced concrete panels forminC
walls and floors is far more advantageous than other
production methods. The main advantages are the con-
siderable saving in the floor area of the workshop, of
1 a bo u r and reinforcement. A detailed description of
the manufacturing proce;ises is given. Figure 1 il-
lustrates the use of the vertical form by the Magnitogorsk
factory. The forms are of steel and the consilidation
is performer' by vibration. The vertical mettod of clab
casting began in 1956 in one of the Lenin,-red factories
and was followed by thc. Proyektstroymekhanizatsiya Of
the Minmetallurgkhimstroy. In the same year the Iir;titute
ASiA, USSR, conotr-icted and
for Building Constructions
,
tested in the Dorovsk factory of Glavmoss'urov. a new
steel form made from reinforced concrete with turning side@
,
Card 112

SC7/Y/ 58/2/1/16
!he Kanufacture of Reinforced Concrete Panels in Verti@!al
rramework.
as indicated in Figures 2 and 3. In this firm six
panels can be cast at the same time. Figure 4 Il-
lustrates the .'Vykea Casting lard whern. c1ther types
of forms are manufactured. These consist of steel
transferrable plates designed by the Giprostrommash
of the alavstroypro3Kit, Gosstroy USSR. Verti,,al
forms of the Giprostrommash are designed to cast be-
tween five and nine panels at the same time. The 3te-21
sheets are 24mm thick and are connected to vibrat,@)r2.
Figure 5 illustrates the form manufactured by the
Vyksa factory. Experience has shown that the speed
of casting slabs when Using vertical forms depends on
the method of delivery of the concrete mix. ThS
V@yks a Concreting Yard uses a crane with 0.9m bucket
capacity for filling the forms consisting of eirht
slabs (see Figure ly.
Form filling lasts one hour. there are six fi,&Aires.
1. Reinforced concrete--Applioutions 2. fteinfor@!ei
Card 2/2 --Casting

AU71ORS: Yu.B. . Gand'6atR r-f S:,.
U.' knf@@vv-@j@kv_ ID. S . EnRintv--_-
Manufacture of 13011d Reinfo-;coo, Cci,-rer- Pnr-:- G,-,-4-
17!'TrLE: Vertical Caq3r@,,',f-i
PERIODICAL: Ficltoji i 5C
ABSTRACT: Tr-@ f irot c a 331-itt-P, f(IrMS We P On!@;'
zn W-,
and Erinding macillnes J.-, Tly@_j. r"': f C.-
casl@infs floc;r aLl wall
I
of 4-atcrt:,-y 'j.Ljj,3," ia,-,3 1--. V..' 5.
F
1wr, for flc-o-
will,-i anfi i)a- tALIon-@j (st-e aloo T,. B. E0i D. S
a fc.-m with Il7e
Z), a v .9 g, .2 s h c, w 9 t h ec one 1, r
f rom sn,-tt t 0,,ee i
@ 3
zrix I:j cvrrl_,-d CIUL by dress-_Lre
The process c@f casting L
. pane' 3 w,,. :@n p-,!:
r. f u r c em e r,, 1 Li pr (- v '@o us il, r) i 1 e d -C, L-M'3 T,; 3 @7
p.'ar-eq are pia,-@ed J.r- pG-11t'_cj n i a_@,l

MaD(Ifal-ture of Solid Reinforced Concrete Panels Cast in
Ver'II,:a;. Cassette Forms
qeNeral slabs at once. Fig 4 shows assembly of a oas.5pt.1,-
I.form using a crane. F@g 5 shows deliVE'y of co--r.-rf--',;e mix
to the form in a 0.9 m capacity bu2kef- The prcdL!-:tS aro@
ci;--ed by steam at a temperature of approximately ',Cc,C tor
the duration of 14-17 hours. The form is ramoved wben tLe
strength of the products is at least 70% of the calrAllated
strength. Tests showed that when the castling is carried
out in the vertical position it is possible to remove tt)-e
form when the strength of the conn'rete reaches 30-40 kg/CM9.
Fig 6 shows the removing of the :-oady pannis: whiot Jg
carried out after curing when the t,,-mperature has fallen no
more thELn 400C above the '.,,mperature. There
a::-e 7 f-Igures.
Card 2/2

LTUBLITSKIS. S.; MIKIWIOVSKIT. D., etarshiy nauchWy sotrudn1k; GAL&TV,
A., 1nzh.
Finished surfaces of exterior walls. Zhil.atrol. no-10:32
'59. (MIRA 1):2)
1. Diroktor zavoda zhelosobotonnykh Isdeliy v V11'rqueso
(for liyubetakis). 2. Nauchno-iseledovatel'skiy inotitut
zhilishcha Akademii strnital'stva i arkhitaktury SSSR (for
Mikhanovskiy).
(Vilnius--Concrete slabs)

MMUMVSKIr, D. S. , inzh. -, SHTFTIMERG, R. S.
IntAnnifying tem@nrature conditions 1n casting reInfor-od
roncrete prodijcts; in molds. Bet.1 zhnl.-hot. no.1:31-33
ja 16o. WIRA 11:5
(Precast concrete)

MIKHANOVSKIY, D. S.
Cand Tech Sci - (diss) "Basic problems of the manufacture of
large panel home-building products in cassete forms with sheets
of plate steel." Moscow, 1961. 19 pp; (Ministry of HiFher and
Secondary Specialist Education RSFSR, Moscow Order of Labor Red
Banner Construction Engineering Inst imeni V. V. Kuybyshev);
200 copies; price not given; (KL, 6-61sup, 221)

MIKHANOVSKIY, D., inzh.
Survey of the technology of manufacturing 1&rge-panel elements
in European countries. ZhIl. stroi. no.701-32 162.
(MIRA 15:9)
(Europe-Precaat concrete construction)

SOROKER, V.I., prof.;jMIKHANOVSKIY, D.S., lnzh.
-1
Intensifica n of vibration in cassette molds of t@e State Institute
of Design aTPlanning for the Building Industry. bet. i zhel-bet.
15.))
8 no.3:93-97 Mr '62. (Y11HA
(Concrete)

APPEI 1, S.A.; TILFVICH, M.I.; MONIFRED, Yu.B.; MIKHANOVIIJKiY, D.L.i MELINEV, G.;
TATARTIJOV.A.S.; TULYAKOV, A.P.J. Inzh.
Hot molding of keramzit r,n@-rete panels at LhC- Ser,-,,ikhcv McusIng
Construction Combine. Strci. mat. 11 no.10:F-c) G 165.
MIRA 1800)
1. Nachal'nik SerpukhovBkogo domoatroitel'nogo kombinata (f,,r Appel').
2. Glavnyy inzh. Serpukhovakogo domostraitel'noi7o kombinat'a (for
Tilevich). 3. Zamestitelt direkWra TSan-_ru','n,)2@o naunnno-it,:-ledol-
vawllskoRu i proyektnogo institute tipovowo i eksperimentallnogo
proyektirovantya zhilishcha (for Monfr8d). I.. Rukovuditell
laboratorii TSentrallnogu nauchnc-issieduvatellukogo i prcyektnogo
instituta tipovoge i eksperi-mentallnogc, proyektirovaniya zhilishcha
(for Mikhanovskiy). 5. Rikovod! tell grupr7 T'E:ntraIlnr,;-c- nau:-hno-
isslodovatel'skogo i prchektnogo institute tipovogo i eksDerimerLall-
nogc.provekti-rovaniya zhilishoha (for Mesinev). 6. Nachal-nik KPD-2
Industroy-proyekta (for Tatarinov).

@ @ @ @ @"4 1, 1 - @V - P I ,/ "--;
AUTHOR: Mikhanovskiy, Sh.P., EnSineer, 114-8-1/16
TITIBi A double-bladed [X%aplaW water turbine. (Dvukhperovaya
gidroturbina)
FERIODICAL: 'Wwrgomashinostrojenive (Povier Machinery Construction),
19571 Vol-3, No.8, pp. - 4 (U,S,S.R.)
ABSTR&CT: A current problem in the development of water turbines is
the application of Kaplan turbine to heads of 60 to 80 m. A
possible solution is to use a double-bladed turbine in which
each blade flange of the xunner has two blades. In this way,
the number of blades is doubled without greatly complicating
the construction of the runner hub. The two blades may be made
either i;eparate and detachable or in one piece. When they are
made in one piece they are cast together with the flange. This
makes the casting and machining of the blades somewhat more
difficult but there is no need to make arrangements to fix the
two separate blades to the flange. The construction of a double-
bladed runner is illustrated in Fig. 1.
In single-bladed turbines, tha pitch between the blades xem-
ains constant when the blade angle is changed. In double-
bladed turbines variation of the angle alters the pitch between
blades on different flanges, wb-ilst the pitch betweeu blades on
a single flange remains constant as shown in Fig. 2. This
Card 1/4

A double-bladed (Kaplan] water turbine. (Cont.) 114-8-1/16
special feature of double-bladed turbines should influence the
power and cavitation properties of the wheel. In order to eluci-
date the influence of pitch changes, comparative power and
oavitational tests were made -on a model wheel type nii-561 of
250 mm. diameter in which the pitch between blades could be main-
tained either as in the case of a single row of blades or as in
that of the double-bladed variant. The test results given in
Fig-3 show that the efficiencies of the single row and double-
bladed variants are identical for one blade angle which corres-
ponds to equal pitch between blades in the double-bladed variant.
At other angles the efficiency of the double-bladed wheel is
lower. These comparative Dower tests should be considered as
the first step in the development of a new type of runner and
from this point of view the first results are very satisfactory.
The cavitation conditions limit the region of application of
high head wheels. This affects'principally the rate of flow and
any particular power station has a rate of flow at which the
turbines work most of the time. The average flow rate corres-
ponds to some certain angle of the runner blade. Because of
the importance of cavitation properties in high head wheels
cavitation tests we;..e made on the same model wheel as was used
for the tests already described and the results are given in
Card 2/4

A double-bladed (Kaplan) water turbine. (Cont.) 114-8-1/16
Fig. 4. It will be seen that the cavitation properties of the
double wheel are as good as those of the normal wheel. The
cavitation properties iaprove as the runner hub diameter is
reduced. It has been established that the hub of a double-
bladed wheel can be made appreeiAly smaller than that of a corr-
esponding standard wheel. This is illustrated on a particular
example. The improvement in the cavitational properties of
double-bladed wheels as compared with normal wheels may be used
to reduce the negative discharge head, to increase the turbine
oiitput or to out down the diameter of the runner. Less effort
is required to rotate tne double oladas than the equivalent
single blades. Vibration troubles should be less with double-
bladed runners.
The comparison of energy and cavitational properties which
has been made does not resolve all the problems of the new
desiga and further tests are necessary, particularly in connecthn
with the use of a relatively large number of blades. The exact
effet on the vibration charactersistics of using double blades
should be examined further. However, it would appear that for
certain operating conditions the use of double-bladed runners
on high head Kaplan turbines is very desirable.
Card S/A

1,1(6) Sr, V I) r: )- -Z - C@ 1, -
A T 1 V)R M,@kh@i,.novsrkiy
W .
A I'low TY7,,, of Higl, Presp,irp Adjuptabje Vane 7.irbir,e
(Novyy +1.1p vysokonapornoy 5ovorotnolopap-noy
E R I @) D 1 C.,"@. I,
(!'SL,JR
AB")'TRACT: Author'e c-rtificpite Nr 994'@P -Nriq @iven to th- ri,i--
thcr of this rirticlo for a riuw type ()", r,
sure adj!.iptabIp twin vtnf, turbine, wl.ich %-iFia
ed by him for the firpt, time in "Energomaghinor*roy-
eniyell 1957, Nr R. A ]()uble numb-r of varien rioef,
not cot%pllcate the con.9truction of' the runnor
!tnd
,
tertp of a h-*.,@h-prespure PL642 runner (250 .r.
diameter) made by the Laboratoriya vodyarykh tlrl,,..
Lenin-ralskcgo metallicheskogo zavoda (Ld-beratory of
Water Turbines of the Leningrad Metallurgical P-lan.1
showed that the efficiiency coefficient (Pi-ire 4)
of the twin vane runner in higher and thu cavita"rr
Card 1,12 coefficient lower than that of a normrtl univane r,in--

S(@V I oo_r r4_ -z _c I, -
A Ncw -,,,Pe of High Pressure A-i.,-iFtab'., Vane T'jrbirie
ner (Fi.,-11re 5). The highest val,.ie of thp
cy coefficient is achipved when all varies are
equally. Tep's muFt be continued. There ar@ -, --@
of graphp and ' s-ts of lia,:7,rams,
Carl 212

@aKU11OVSK.TY, Sh. P., Cand D--ch Sci (diss) -- "The use of rotary-blade tur-
bines for high water pressures". Leningrad., 1960. 14 pp (Min Higher and Inter
Spec Educ RSr#M, Leningrad Polytech Inst im M. 1. Kalinin), 150 copies (KL,
110 ll.. 1960, 1.33)

MIKHANOVSKIY, Sb,P,, inzh.
Calculated and experimental power churactoriatice of runners
of the hydraulic turbines with variable-pitch bladob. 31ek.
sta. 31 no.1:20-23 Ja 160. (MM 13:5)
(Hydraulic turbines)

MIKHANOVSKIY,S.P.. kand.tekhn.nauk
Double-blading Kaplan 'uriine at the Uch-Kurgan Hydroelectric Power
Stations Biulotekbe-ekon.inform.Goo.nauch.-issl.inst.nauch. I tekh.-
inform. no*4:51-54 162. (MIRA 15:7)
Och-gurgan-Hydraul.ic turbines)

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Amoll fmAw is al* demnem. falth the Illwatim fd
00 C41ft. A red-brown Wt. t9 Ca wttyU& to Ittemed im
00 pUdV4 (he C#% (WOW iDtO Set ALM1110016C41 Kdfl. 14
Cut". Tfwu a Cjfo. &ad ibe pfemice ol a tripk bmul
00
tu NWW amts. of ore. campla. can he detected.
oo W. R. lican
06
so
oo a

of@ l
00 .4
V;:f
L & e
to It it
a 0 a
0 9 0-0 0 0 0 0 0 0 0 0 0 4
Goo
0 see
JL AA-1, 1. A #-.It
7 -00
-00
-00
-00
00
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too
.00
so*
zoo
so 0
.600
goo
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#AL -wo
;re 0 0 0 0 0 0 * 0 0 0 0 0 6 0 0 0
a 0 0 Wo 0 0 0 0 0 6 4 0 0 0 0 0 0 0 0

41 4,4141114, 0 00-00-00 oilp 0 0 0 0 2 a
.
0*006*0 0060099686 0006 600000 -
0
6
0 t
k
4 s 1
00 -
-.
-
-
AL 9, r..A _0 lr@ %'t ' '
@6
:@7
:
00 PROCEs"I Axe 0#40161,46 *%te
9s
f .0
'
A
- Al - 00

:
0
00 irks, 4"flon of ISY&WO Cd a less compounds
s
th
f
d
at
ti
l
=
i
f
lee
00 ae
s an
a
c
yli
c
1 Matt
on o
by -
y
- , -
'
M
a" at dw a"CyWUq
.
V . 7,41
kind still
t'
A(W
(4
ty S
J
CU
S
R
It
2 1
-00
ee -K
mu
cv-
.
,
4-
.
M- (
-)
, 9
OH13"if.-T.-A. 34,78477.-When CiA is pame(j through .046
MctCO and the tnixed I Into 110.111C C. 400
0 0 it hIgUr (1) at -80,
"rhoxylic acid (U)
iv&Luugn ilts(n.
i
t
" o
a**
00-3 .
',
!
W
d
Wh
(
M
O
OM
U
g
11
=
@C

.
ise
e.
r
r.
. 51gor (1
) 6 Ir
_(
M
S
000

,
1 with Uh at X% the yield of H ts 115%. ThL@ canlibe

3 raiard somewhat it the Cot is passed into the mist. for 5
rot
day$. Treatment of tU with CICOzXfe givr% 1.5% 11.
Tb*Ag.Cu,B4AMCsMItjofUacr1n%o1- TbeAlashis

00 explipsive. Thraws4m.72-3*. Inshnilarfractionst,
I'brCO and CL), W
0.7% j.J-dipArxyi-jl roe
7")", deconsps. kbtC-
)
(OMg)3r)CX1fxHf M and CO, give 3.6% IV, snil V Coo
wttb CIC(hMe gives U.44% IV. 71kir Al. Cu, Cal Its, Sit

MIM and Pb salts of IV are insoi.; the amid* ni. W-7". lly.

I drugenAtion of U. IV and their anuales Ovvir Ild and PT
adds4liatums. Thcmteoladdit. over Ili a, mguLar, but
'
too*
-ver I
d the last 2 If atoms add tnore slowly. Thi. effe,,t
is W as MUked aii in On acetylene -p-glycuLs bowvrr.
It
Xf 1,."f-
.
-ALLURGICAL LiTtRaTkOf CLASUPICATION 9-2-

/-I I All am ON. It.

U is AV 00 4, a a Og It a it it M jj a AM A 1 0 no a a 0 1 W so 2 AD 0 0 0

0 0 0 0 0 0 0 0 0 0 0 40

00 GA16-
60 c
so
ee
00 V
j
so
0 ORG
00
06
si;
Iva
sguthook- m4 mt*4 at simAlftecred(WAftvik add
-JL- -
row".1evis, Not. (kc'bvm).
-) is. "I I(Im)(RUb mmonsify)
"ImIllf MIA nv&) was tr"04 Wilk 11.33 d. MCKIV-
IfICiCif 1% $Aq. K10.) with raMad by a %volef titalk;
91,91 IVIOMICIS Cd ftkWW P"ALIOM this MWIS WILS CM4M t,W
If* aml Irroft4l with Cf% for &4 days. Aftev tefteme"t
tt.Vf*Nl
d.&J &% a
tieststati? ~111mg,tvil. b6, sstN) 1'. b 141-2' 61.n@pn 1:
.4 "a Ifemups, on lino@ 0 M. ximidwiff
VALLURIKAt LfICNAILARt CL411WICAll"
14AGO4 "if @V Of
&stiff dd dwv all
IN Im 0 0 0 1 IF a
W, a
nil; N a isce eeeel: a an
Gee .0 00000**:000*00
@0* lee oo
Oso
Ve
*so
@64
Ive
goo
Ise
see
goo
low
see
lame
Ise
lee
I aa 51 0 9

. . .
.
. . . . . .

U" SI: 4.

144-14. IF,
3-1-num ev. arta it.

-C(likct -%SCQ.ta .37 g.
-Adda." Of 0.2 VA Of -11CUor
to' &Boot
hut, @w
'Wil: after, t
&C We of
19 tell SM A
ll
iSta.- yklde4 217
-110ppom'j
""Vei. -@A- WO,@,pj* 47W
a
JAUSt
wWl OCUM
NO
Clf
O b 99
,
14"-
M
t
QIMA Wl
*
(
Iby, '
14
@
"Pl. hiatial a I'm`
d1l. If V50,

Cuct(LOMIL iddW 7 83':. PhOCHCAU (imp. rUe to
US),- d
lekiffic: te
V .61
c t 1 Iou AVA:'dhtn.-. 3W, -I[tCH---'
ut
'
-
"
i-
II.- CH
(OCUI
20 A(&Clf(Q* P*PA
ChAc
M MON
, i60,960
W7
M
N
-147
- lim -9*
WN
.
1

c1la
77 psi, r-fkucuon-ol

Cfl' MW
OCII:
ncir
. -
@
S
@
4:
27
M
-
,
6740
Q I.
bs
.
AP&JUPOI(Ockmami, hs.54.-5iio Hut xr."i"418'r

2&- MiCIT(Op vai.thmmit tt-iA"-'%t (A
2
1A S'Yq h the
W

, ovei, rave. @77 5 Ids of
ga-vat. uvtdip'* 4 kd 4b
rig aaw
-
,
@
4
C
ljo
'Mit. c
@; bio 76
cu?
IWO;
umm@
OF
7M.'
, ch
T, Mo
cif
ril
Cit
44 11
,
.
f,
.
U.
Aw.

C" CLj. V y
@@a.R,tnqgfhjl IlGrAls.. -B-1. uUms"Ir an d
S.S. I),&-
Row- a 14 2,31-
- 2 ): cf. E;-A.
Sisksy org. soedomens
43. 37Mi.-To 90 X. MeCH(O WU -df over
2 bri. 100 g. DuOCH:CHs and the milt. was stWed
-" brs. at 92-5*. Disul. gave 38% MOCH(OBO)OICCH-
(011)Ms, b. IS"*, don 0.9700, 09 1.4195. SlMUffAj Was
p-pd. 32% Al#Cjl(OFJACClf(Oif)Me b 104 . dos
100, after 5 hn. at 34-d'. ihe reactanto must
1.012. mV 1.4
be completely anhy4. 0. M. KMOIAPOO

C" a4o Y,/Ir 001juarLUICIAL& M P ph-100WO, a Ell I Afikh, "A,
f-11 (Arl Af'bilM:2/ey0rj.Soedix-
5-- J-y coil, Shornik 2, 44547a952)- cf. Reppe. Acelykne Ck misir
U ' '1 1940, p. 57 (C.A. 43. 005Y).-An autoctave is charged %vill
47t,& ( ""_4t 00 a. anhyd. MeCH(OH)COX and 10-12 1. Zn or Cd lac-
41 tate. and Csti,added to IF-Illatin. I tenting with agitnt ion
.it 00-t(10* for 4-5 lira. until ab%mption censc% followed by
distu. of the products, rave 32% Ale C11(011)CO,CIP C111,
b. 153* (crude, b. 110- 52*), d. 1.0774. v V 1.4DW No Cu
or Ag parts must come into contact with Cills, G.M.K.

USSR/Chemistry - Vinyl Ethers May/Jun 52
"Synthesis of Vinyl Ethers of Higher Fatty
Alcohols," M.F. Shostakovskiy, B.I. Mikhantlyev,
V.A. Neterman, Inst of Org Chem, Acad Sci USSR
"Iz A Nauk, Otdel Khim Nauk" No 3, pp 484-488
Studied vinylization of fatty alcs C6 to C, Ob-
tained vinyl ethers C8 to C12 in yie a of %.4
to 89.2% of the theoretical yield. Gives the
phys characteristics of the synthesized vinyl
ethers.
220ria

Lalwid
.rseavead Woom wm oM wK 4aaA=v* c-4
J*W UT USftJVA q4TA V*%VU4 S=Sq On *WlUn**
vw "vt,;o VWA IUTSCJ 'A@wWTOU *wig mm ows
UI . (4TVtvltzn) OOT,4vvTd TVT-z4=M ;0 UOTWRIP
-oid eq-4 toj uTjvo,49 puv luldox-4ozn 'Touoqd q4,;A
UOT,4vuTquoo uT -to =oTv pevn 9T 4gnpAvo PQZTTOZPA
,CT,4ava -pjnwm ftTaq &= sj*qTj: pooA jo opm Gamd
uoT4*Tu,4guoz *TqTxoT,; puv vo,4vTd VaT,4vTuouT 4v*R
-uo4oouftT q,4TA p-,qovq aiv 9T,;vj AvAquS *4*
'SuIpTTnq dTqo lftTVTTnq ouTqovm ul gTv,4= moijaX
_uou xoj qv!jT%4,pqqvi9 iov pagn ftToq "t (OUTOM
q%T^ pa4vvx4 pooA pa",vuT=T pagaead puv Q.-mimm
q4TA PQ4VQJ'4 POOA) TOJOuft'l P= UO%QOUSM -QUO%
-uoq jo couagoad aq% uT AT,4u&T*jjjp o=m opoozoal
agoTuTtool.jo oTgATojpAq 4vq4 096T UT PQqGTTqi%s*'
AOXJ%M
P"Vlq -ZO 9"VA
_Vf4Tn 04 4T PUT90fto Aq ('ZOPPO.; TVMTVW vv:p
3QPTmqavogou= 04UT 4TTdg 4tTguo
aq mo 99a
'E fAv , M
4Vq% PQ4Vj'4GU0=P AO;nt(Z Uojj PUMP
-O,zd RaT aq siv "'0149 tUDT4VTn=T Ong Zoj gOTq
'*PTZV UTVOJ 'Ouoqjv*Ozlkglq zoq9;q IgTougqd , and
_,KVU
'XoJ-"oZTOT49VTd V 'MTTOVVV ftTX*vzo joj 4=
av :VDpuvdx, uqqq qvq UTGOJ POOA ;o asm
dd 'E ON 'XIX TOA .,uzTT4Z T,vXn"L
..,AJ,4g TOSSM PUV:) AQA,j
Tuaqo 94onpo.%a !tgozo
d

Vorozov,
9. Monthl List of Russian Accessions, Library of Congress, IL9 5 UncL.

KIMNTITEV, B. 1. 9 GOIDDOV9 F. 0. , SOKOLISM . D. V. 0 and SHOSTAKOVSKIr, M. F.
"Cdalytic Hydrogenation of Vinyl Ethers,," Zhur. PrIk. Khim.,, 25, No.8, 1952
Vinyl eth?d.. vinyl isopropl and vinyl butyl ethers can be hydrogenated
quantitatively by using a low temp and aq solns, and in the presence of nickel and
Pd/CaCO catalysts. Hydrogenation at temps close to zero requires ltttle time. With
the 2n2batch of vinyl other, the activity of the catalyst increases and the rate of
hydrogenation is shortened from 3 hrs to 20-30 min. For H-volumetric analysis of virWl
butyl other, the best catalyst is Ni, md for vinyl isopropyl ether the beat catalyst
is Pd/Ca(;OK Both catalysts am suitable for the hydrogenation of vinyl ethyl ether.
The eaf at the catalyst was measured during the course of the reaction and a special
jacketed vessel made of Mo glass used. 228TU

id: @ft
JAM

CA

..... ... .

of and b
h=1bilril 1. Ik 1611WIM COW
jive3j, A x4a.
Nag Tmnstitedfication of Vinyl ethers
Ids yiel Yin, i es
wit r terl In moderate recoveries. Thus,
StIrr"t nX .2 g, AmC 11, 100 g. BuOClf:CfIj and 0.1
PsOz I to a s ritancous reacdon (temp. rbw @p to 10A
degpite ext at ling. after some 3."g min. the mist.
jr-O d I td d 72 5 g. BuOCII:-
CHt some AcH and 47,,/@ "t". AF11: C/1'1, b. IW700,
-B U160 d. 0'8905- hydrogenation gave the satd, ana.,
tog), email autts, of RAI(Ollu@ were Ettso recovered from 1
the original reaction inixt., along with traces of AmCO%Bu
and 28% MrCH(0Bu)0jCAm, bs 88-00', nj 1.4140@
Similarly 18 g, MeCII(OH)COM and 100 1. BuOCH-CHj
with 0.1 Ar. P.O. gave 88.1% unrtacted BuOCH:CH.,
15% J1fCH(OH)C0tC1r-'C1r1, b. 151A*, do 1.064, pz'j
1.4088, 3.4 r. MtCHtOBuN, 13.4% M#CH(0Bu)0r-
M
,(90H)Aft, b. 188-9 , 09 1,4105, doe 0.9M. Me-
CH( H)CHICO&NIC.4 j.) and 50 BuOCH;r-H2 with.
0.1 g. PA gave uartacted 73u&CH:CHt, 18% Me-
QT(0ff)CffjMC11:7t:@.,, b, 170-3*, do 1.0713, nT
1.41aG, and 18 g. MtCH(013u@. 0. M. Kosolao9j-,

t Wv,
dn
-all

tilt;
@141 I ;
10
49 iM,

1_4
@.W J

SHOSTAKOVSKIT. M.F.; MIREANT'TEV, B.I.; OVCHINNIKOVA, N.N.; MITERM&N, V.AL.
------- Z-.:,
S.vathesis of incomplete acylals of lactic acid. Zhur.ob.khir-. J3 aC.7:
1167-1173 JI 153. (M1R& 6:7)
1. Institut organicheakoy khImAi Akademii Nauk SSSR.
(Lactic acid) 01thers)

USSR/Organic Chemistry - Synthetic Organic Chemistry, E-2
Abet Journal: Referat Zhur - Khimiya, No i, 1957, J_i
Author: Mikhantlyev, B. I., and Skiyarov, V. A.
._7z3w;z;;@_ -
Institution: None
Title: Synthesis of lo-Viny-lacridone
Original
Periodical: Zh. obahch. Allinili, Vu. zo, No 3, jb4-'(d5
Abstract: A mixture of li gms of acridone, 15(@ m. iioxane (or 25u m- i;-@:4"@,
and 0.5 gm KOH is treated with acetylene at 1600 and an Initial pres-
sure of 13 atm for 4-5 hours (see Favorskiy and Shostakovskiyp Zh.
obshch. khimii, 1943, Vol 1.3, 1); 10-vinylacridone is obtained in
yields of 92%, MP 181 .50 (from alcohol or benzene). The structure
of I was conflxmed by its conversion to 10-ethylacridone (hydration
over Ni at @200 in clioxane; 94% yield).
Card 1/1

T I LL i I
FE I'L 1 OD I C A.L: u 11 i
A:33, RAC i -
t lij A F
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