SCIENTIFIC ABSTRACT MEZHENINOV, M. YU. - MEZHERITSER, A. B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001033810001-4
• Release Decision: RIFPUB
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 4, 2017
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

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MZZHEIINOV, M.Yu.
"'.4-
Wa7s of moderaizing the equipment of tanning plaLts. Iep.pror,. I ,
no.5:10-18 My 155. (1411U --)
(Tanning)

SKIELIGY, S.L.1 k%ZRWINOT. H.Tu.
SImple stackers. Obm.takh.opyt.
(Materials handling)
(NMI no.27:12-15
156.
(KIRA 11:11)

TASIN. M.G.; MEZMINOV. K.Yu.
Using Y-',.elto for rotating choppirg macnines. Obm.tek-q.op.-t.
LbWJ no.27:15-17 156. (KIRA 1 "L: I
(Crushing machinory)

MMSHCUUAK. G.Ye.; HUMINOT. M.YU.
a -
Pmramstle shu~t~Moz lids of diffusers. Obm.telch.op7t.
[MLP] no.27:17-19 156. (MIRA 11:11)
(Diffuslirs)

TASIM, N.G.; KZZHUINOV, N.Yu.
I , , 44
wmul"e2o" *A,
Devices for preventing casual openings of bottom lids of diffusers.
Obs.takh.opyt. EMU] no.27:19-21- 056. (MIRA 11:11)
(Diffuse rs--Saf sty issasures)

YAS1W. M.G.; NUHININOT. N.Yu.
Improved fitting of bottom filters in diffusers. Obm.tekh.opyt.
[Mil no.27:21-23 156. (MIRA 11:11)
(Diffupers)

YASIff,
, ~ X.T11.
Be,rommetric condensers made of stainless steel. Obm.takh.opyt.
[NW) no.27:24-26 156. (MIRA 11:11)
(Condensers (Vapors and gages))

YASII. M.G.; MZZHZNINOV, N"TR.
~
Heating columns having shortened tubes and used in Lestner apparatuses
for producing solid extracts. Obsi.tekch.opyt. [KLPj no.27:26-27
'56. (MIRA 11:11)
(Condenaers (Vapors and g8see))

KOROAGIN. LGe; NZZMINOV Mu
1. 'r
0414
'6"~
Devices used for pouring Into socks and weighing extract flowing
out of Kestner apparatuses. Obs.tokh,,opyt, [1W] no.27;26-29
056. (NIRA 11:11)
(Tanning siaterials) (Condensers (Vapors and goes0--Attachments)

IVANOT, U.N.; KEZHENIMOV, K.Tu.
~ - -
Pneumatic brushes used for cleaning pipes of Keetner apparatuses
ofr producing solid extract. Oba.takh.opyt. [KU] no.27:29-31
156. (MIRA 11:11)
(Brooms and brushea)

NEZHNINOT, N.Yu.
-
Utilizing the steam of the seconds" boiling-up. Oba.telch.op7t.
[OF] no.27:31-33 '56. (KIRA 11:11)
(Steam engineering)

KAKSUTEV, T.Yu.-, KEZHOINOV. M.Yu.
Discharging wash water from Kestner apparatuses for -producing
solid extract. Obm.tekh.opyt. [KLPj no.2703 '56. (MIRA 11:11)
(Condensers (Vapors and gages))

BJWTOMW, A. 1,; KUaWINOT, M.Tu.
- - - , -
Measures for preventing wash water from getting into boiler
funsces. Obm.tekh.opyt. EYM) no.27:33-34 156. (MIRA 11:11)
(Dollers-Viefety measures)

TASIX, K.G. K4"INOT KIYU.
~ , J ,
4! 0
,M;wq
,.w
long-link chains used for hoists and conveyors. Obs.takh.opyt.
EWZJ to.27:34-35 156. (MIRA 11.11)
(Chains)

BAWYOUMO. A.Z.; ME-2MINOT. X.rue
Imp oved rn1ling-ent of watertubso for boilers. Obm.taich.opyt.
,L:;] no.P-.1:35-36 156. (MIRA 11:11)
(Roll.Ing (VAtalwork)) (Boilem Watertubs)

ITANOT, A.I.; KXZMINOT.
Devices used for beading steel shoat@ in awking hoist bucitats.
Obm.tokh.opyt,. EMLPI no.27:36-37 156. (MIRA 11:11)
(Swat-metal work)

IUMM. P.S.: NZZHENINOV, K.Yu.
Simple pipe-cutting machine. Obm.tekh.op7t. EMU] no.27:
37-39 '56. (Pipe cutting) (KIRA 11:11)

waii1gov, R.Yu.
Marketir4 of tanning extracts in granulated form. ALozh.-obLm.
prom. 2 no.5:23-25 Hy 160. (KIRA 13:9)
(Tanning materials)

BUY, -LUkhail TRr!_t2jjd, insh.; - IMABVKMp Koisey Naumovieh,
kand, teklii-.-nauk; YWOJIUV,,-J)wds-fi'.*-ukL-*vich, insh.;
VMTIN, D.V., mauchnyi'i~a.j MIUMA, T.M., red.; KKMIN,
M.T., tekhn. red.
(Nwifacture of vegetable tanning extractalProl-svodstvo matitell-
nykh dubilInykh ekstraktoy. 'By]M.IU.Ke%heninoy, M.N.KrasukMA,
B.A.Egoroy. Moskva, Hostekhizdat 1962. 291 p. (MIR& 16:3)
(Tanning sater W x$

USX- c'jtI'.f.d FI-t.. ro-id- x
Root ..
Abe JO~ IR.f n1u, A, 19,54. No. 24a2l
Author Zhur.,I.v, T4. X-9 Volk-"-
,L-V. I tranor.k1j, V. M.
I"t 'n s,n AgrIoulturil lrstlt~tu
Title c0ot~nt. Or pj,~,nts, ~orbo*iylrat- "d
protmins In Fod-ior r~P-~elr..F UP"
the Pnes. of Plant Da-j~~.nt
rrp 2,
Ori, pub ISb~ tr. Pentan.k. --kh. tn-ta.
W3-424
Abstract 3onclmans of tr-h %rmv. ialf%lfm,
ogp&".t, retem) and t.r..1
a.h&r. adan SrAx3, .%tO In
v*rlou. ph&**. of Plant 7t.
e.lgbt relation -Z talk..
(4r.1-017".. ~s-t.no#
xhant.hop%yll) and carbohylrat*3
amochaa,cae, staxon) ..r,e d.t.rcIn.4
leaves and the ettlks. aza',jaes
of t-ho leave, for protein and tariz: -t.mt
war. .Onduatd. Am the pLaxts dwre:op. tno
percoo' t content of their plopvnts Is
Us -%'r Q';a'~Ity 1. h
rclpro' &I relation b*t"'n the ~f
a " at _I k, changes fs"r ~f -r-s
Ing the r*latlv - of tt. st.llt.. 7h
I f:h
were A- 8 tIzo.' .r p1~_'nts in --t. et-%u.
an In the leav-, this dIff*r,=1 1,,11.,
Irr
I.Argar 4a the plants davolopod. T~-* tc ~latlCn
betmeeZ th*,.quLn%ItIea of am-4
as"tofte It thv lss~ rluct"tod rr=
to 2.2, between the 1~ntjty of zhlorophyll
and the a= or esm.-n.. I. u.
rrom 9.3 to 12.8; In the Q,,
5.9,tro II.T: botweac th~ .1 cnl.m-
1 and j -M= Z'5.1 to
,:rate,
in or. 'S an
atroc
a bAtkgrou.,4 a, ru.11 aln.r.1
a t. In the phase of jaztlc =t~jty bA4
b'~r content of pXgmgn-.% then control.;
ci -lamphyll and c&Xat-na by !S--- an.1
XknthOPhYll by 4T1:. 3tarcr. -mt, ,, %.
149=111OUS $tklk- rJUCt'"Ld :'~_ ~Ir t~
In relation to the '~= of ~nd
tr~ st&vck'Q- In the "r-461 *&&I" c=p2ol-ly or
t~t.l
eta
I 1k:. were. 0 CM32 OrAL2..- hL_
Wav it 7h M.xl=~
ebse;v*d com often Ln ,z was
and pmt.!m was f.- - Im.,
A< c 'I~- In
r"'erst Orrv,Ltlcm. Zn the t-_pl a and leave
or Cats, OlLr-% ..3 alz,3t &-..,=t
Nd c8l-b-hylmt.s' c~
by sacctm-~se. The taak
1956- S. Chernor In
card A/A

UWE / Yam Anlmls. Genwal Problem.
Abe Jmw t Ref Zhur - giologlya, No 5, in, No. 21199
Author : Zhuravlev, Yeo M*; Zeyliger, D. 0.; Mezhenko, 1. V.;
Ivanovskly, V. M.
B"t : Fenza Institute of Agriculture
Title : Changes of tbo Chemical Composition of Red Clover
Leaves When Dried
Orig kab : Sb. Tr- Penzoitskago a.-xo in-ta, 1958, Vyp. 2,
425-437
Abstract i The aritire clover plant of the Pmzenskly 1 variety
%zA lucerne plant of the InWoved 13ollshaviyassimys
variety vere dried In a laboratory vith dln4ipsted
light, The leaves of the 4th wA 5th is rs Vero
awlyzed 0 The leaves vere analyzed 24, ~ wd 96
hours after dryingo To the extiout to vhich the plants
Card 1/2
q
10

USSR / Fa= Animla - General Pro7hlem.
Abs Jour Ref Zhur - giologlya, No 5, 1959, No. 21199
becoze deh7drated, oandt pressure of cellular juice
Increseea, as veil as transparency of protoplasm,
the origirial structure of the protein complsx beconse
disrupted, proteins are sutJocted to denaturitation,
the stability of the pigaent-ITotein-lipold complex
of plastids becows imptired, and as a result losses
of nutritious substances increase. -- F. M. Kazantmev
Card 2/2

i'mzhenko, Yu . A 41
Russkaya teklinicheskaya periodika, 1800-1916 gg;
bibliograficheskiy ukaztell. Moskva, Akademkniga,
1955.
298 p. facsims, 27 an.
At head of titlei Akademiya Nauk SSSr. InBtitut
Istoril Yestestvoznanlya I Tekhniki.

MEZIM-MYA, S. 0.1 WWNSKIY, V. B., and BELIAKUV, L. N., AV'r'%rV'W111,11v'1 -.1
of Steel.)
"The Internal Friction of 'Mptastable'Solid Solutions."
report presented at an Inter-v-uz Conference on Relaxation Phenomena In Pure MCUA,IB and
Alloys, 2-4 Apr 1958, at Moscow Inst. of Steel.
Vest. Vys. Shkoly, 9, 72-3, 058.

16 (1)
AUTHORS:
3006'-59-2-34/413
Avraamov, Yu. 3., Mozhannaya, �,-Q
TITLE: Investigation of the Alloy Ni 3Mn by the Method of Internal
Friction (Iseledovanlye splava Ni Mn metodom vnutrennego trenta)
PERIODICAL: Nauchnyye doklady vyashey shkoly. Metallurg~ya, 1959,
Nr 2, pp 199-193 (US*R)
ABSTRACT: The phase comne3sition of the alloy Ni 3!An was invpstigatpd by
the method of internal friction after various thermal treatment-
The influence of the thermal treatment on the Ni 3lAn alloy in
dependence of the temperftture on the internal friction was
investigated and the results are given in figure 1. Two max ma,
A and B, occur at 120 and 2900 on the temperature curve of the
hardened alloy. The maxima can be interpreted as meta-stability
in the orientation of the solid solutions. The dependence of
the internal friction of the deformed steel on temperature was
investigated and is given in figure 2. Beside the maxima A
and B also the maximum D occurs at 2260 on tho tompernture
curve of the internal friction of the deformed Ni,Yn alloy
Card 1/2 (deformation degree 75 4). The maximum D is interpreted

Investigation of the Alloy ?Ii Un by the Method 3f 30V
Interneal Friction 3
likewise as meta-stability cf the solid solution. A further
maximu-r. (C) occurs on the temperature curve cf the internal
friction of carbonnceous alloys at 3600 (Fig 3), The
occurrence of the maximum C is explained by thk- diffusion of
the carbon atoms in the stress field. The amount of the
maximum C in carbonaceous samples is reduced after six hours
of melting at 3600 and subsequent hardening in water, in
consequence of the carbide formation in tho solid soluti-,n.
Only one maximum occurs at 360C on the t"mperature curve of
the internal friction after the separation of the carbide
phase. The method of internal friction makes the investigation
of the orientation state in the alloy possible. There are
3 figures and 5 references, 3 of which are Soviet
ASSOCIATION: Moskovskiy institut stall. (Moscow Steel Institute)
SUBMITTED: JulY 10, 1958
Card 2/2

66234
SOV/126-8-3-18/33
AUTHORS: Livshits, B.G., Avraamov, Yu.S., Osvenskiy, V.B.,
Zt!Lannay!L, S.O. and Belyakov, L.N.
TITLE: Internal Friction of Metastable Solid Solutions
PERIODICAL:Fizika metallov i metallovedeniye, 1959, Vol 8. Nr 5,
pp 44o-448 (USSR)
ABSTRACT: The alloy of stoichiometric composition N'3Mn and alloys
of the same composition alloyed with 1.34 and 2-77N Mo.
respectivalyt were studied by measuring the temperature
dependence of internal friction. Using this method, Ni 3Fe
type alloys without molybdenum and those alloyed with
molybdenum, and also EI437A type alloys (nimonic) were
studied. The chemical composition of the investigated
alloys is shown in the table on p 441. The internal
friction was measured in wire sPecimensi 300 nun long and
0.7 mni diameter, in vacuum. The alloy N'3Mn is an ordered
alloy with a Curie point of approximately 350% (Ref 10
and 11). In the curve showing the temperature dependence
of internal friction of a quenched Ni Mn alloy (quenched
from a temperature above that at whic?, orderini occurs)
two peaks, A and B, with maxima at 120 and 29U C are
Card 1/4 observed (Fig 1). In the curve of the temperature

66234
OV/126-8-3-18/33
Internal Friction of Metastable Solid Solutions'
dependence of internal friction of a deformed Ni3Nn
alloy (75% deformation), the peaks A and B remain and
an additional peak, D, having a maxisnum at 2260c,
appears; the general level of internal friction rises
sharply (Fig 2). An additional peak, C, having a
maximum at 316*C, in evident in a carburized Ni Mn alloy
coW-aining 0.35% C (Fig 3). The appearance of Kis peak
is aue to the diffusion of carbon atoms in the elastic
stress range. During the investigation of the influence
of alloying the Ni3b(tx solid solution with molybdenum, it
was found that supplumentary maxima - peaks M and C at
.72 and 3160C - appeared in temperature dependence of
internal friction curves (Fig 4). In Fig 5. the influence
ui heat treatment on the temperature dependence of a N'3Mn
alloy containing 1.34% No in shown. A similar result in
obtained with an alloy containing 2.7796 No. Un measuring
the internal triction of Ni3Fe alloys alloyed with Mo
(Fig 6) two peaks were obtained in the low temperature
range, one in the region of 850C (peak A) and the other
at 1700C (peak B). Fig 7 shows the influence of heat
Card 2/4 treatment on the temperature dependence of internal.

66234
SOV/126-8-3-i8/33
Internal Friction of Metastable solid Solutions
friction of the alloy Ni3F*. Fig 8 shows the influence
of heat treatment on the internal friction of a nimonic
alloy. In Fig 9, the change in internal frictiot with
Ti content in a nimonic alloy is shown. The authors
conclude that on measuring the temperature dependence of
internal friction of metastable solid solutions
characteristic effects can be expected even when the
structural factor in exceedingly small. The magnitude of
the effects in this case must be the greater, the greater
the difference in free energy between a quenched and
tempered alloy. A comparison of the internal friction of
ordering alloys with that of alloys forming a X-state
structure at low temperatures in exceedingly interesting
(see Fig 4 and 6). On adding molybdenum to ordering
alloys (Ni3Mn) the metastability peak decreases as
molybdenum decreases the degree of possible order.
Conversely on adding this elementto K-state alloys
(Ni3Fe + No) the metastability peak increases, as the
increase in molybdenum zoncentration aDpears to increase
the extent of atom segregation (K-state) in the solution.
Card 3/4 The same can be said about titanium in the alloy E1437
J-~

66234
SOV/126-8-3-18/33
Iu-L"arnal Friction of Metastable Solid Solutions
(Fig 9). Thus measurement of the internal friction
(metastability peaks) renders differentiation between
ordering and K-sta+o possible. Thor* are 9 figures,
1 table and 19 references, 12 of which are Soviet and
7 Western.
SUBMITTED: August 12, 1958
Card 4/4

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AVRLAMV, Yu.S.; KIZHERWA, 3.0.
Iffect of addition alloying with molybdenum on internal friction
during the ordering of Ni3Ma allo7s. Ixv.vy*.ucheb.zav.;
chern.met. no.5:102-105 160. (MIR& 13:6)
1. MDakovskiy institut stali.
(Nickel-marAganese alloys-Met&llograptV)
(Molybdenum) (Internal friction)

WAMMOV, A., insh.; K17ATOV, P., starably inah. po takhatchookoy
informatmil; GERASIMN, lej GCRBLW,, V.; KOSTMO.. P.
Rwhafte of experiew*. Isobr.1 rato. no.5s22 W 062.
(KIPA 15:5)
is fturo tokbachookoy informteli Karbyumtornogo savoda,
Lon"n-ad (for Kozhemdkov). 2. Koxhinat 0341rhali",, pos. Tatyukhe,
Prinarokly kray (for Kisatov). 3. Chien prezidium oblastnogo soveta
Vmoooyusnogo obabehostva isobrotatelay i ratsionalisatorov,, g.
rtkatak (for GorwinDv)- 4- Sokrotarl oblantnogo soveta Vessoyuznogo
obahchostva isobrotatelay i retsionalisatoroy (for Kcatenko).
(Tecbnological imovatiozo)

MEZEENNIY Ya.F. [Mezbenayi, IA.F.]
- - _p- -
Nitrogen,-phosphorun-potassium fertIlizer and chlorine-free
nitrogen-phosphorus-poteLasium fertilizer based on Kalush
Potassim Sulfate. M Tn. prom. [Ukr.] no.2:44,45 A;P-Je 163.
(KrM 16: 8)
1. Ukrainskaya seltakokhozyaystvenraya akademiya.

fr - V IL
/ //'- _Z 1"4 /IM=/A, M. I.;//MZZHMTY. A.A.
_~~~-il~liorthern Kazakhstan). Trudy Zool.
Birds of Lake lurgalldzh
Inst. 9 no.4:1199-1225 152. (MIAA 7:11)
(Eirgalldzhln, Lake--Birde) (Birds--Kurgalldshin, Lake)
),,,t 2- 1,~. 0 IS U '~ * K

KUHmnFTT. A.A.
~,- - . '!
Outbreak of Aporia crataegi L. (Lopidopters, Pieridae) in Talcutia.
Int.obos.35 no.4:803-804 '56. (NLIIA 10-2)
1. Takutskiy filial kkademil nauk SSM. Takutak.
(Lons, Valley--Butterflies)

KZZHZNM. A.A.
Changes in the crown structures of larches (Larix)tnduced by Tetrao
par-winootris Bp. Bo4.xhur.42 no.1:84 J& '57. (MI-RA 10:2)
1. Taktitakly filial Akademit nauk SM, Takutsk.
(Larch) (Grouse)

MEZHENNYY, A.A.
Characteri8tics of growlUi and ffjrmtic.;n of' dwarf 3iberian pine treev
and shrube in Southern Yakutta. 4auch. soob. IAFAN SSM no.1:146-103
158. (MIRA 171l)
Illww"l- ~~

YMMOV. O.V.; L&MrN, Tu.V.; NIZHIOM. A.A.
Naterial on the biology of the 31berlan capercalUle. Trudy Inst.
biol.IAJIN SSSR no.6:97-105 159. (KMA 13: (a)
(moun)

HEZEEWYY, A.A.
Biology of the rmtcracker (Nucifraga caryocatactes macrc.-
rhynchus) in southern Yak-utia. Zool. zhur. 43 no.11:1679-
1697 '64. (MIRA 18:11)
1. Zoologicheskiy institut AN SSSR, Leningrad.

MFZW-NTfY, A,M.
Epidemiology of leptospi.-rsIg _.,i Mogll-v Trucy --
164. 1 18; ")

.MEZ HE NNYY , A . M.
Results of examination of the population of Mop-lrv
Province for leptof3pirosis. Trudy TSIU 80:36-40 165.
(KIV. 1p:11)

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Ya. F. ?A _cT`2
UM/Chemistry - Ilectroebeinistry Jun 1(46
Chemistry - Electrodes
4The Electrode Potentials of Sodium and Potassium In
Nitrobenzone," Ya. F. M*zhennyy, 10 pp
"Zhur Fiz Xhim" Vol XXP No 6
Article accompanied by diagram of apparatus, chemical
formulae used., and tables of results. Drave the
follo" conclusion@: (1) Tho electrode potentials
of sodium and potassium In nitrobonzeno solutions VIth
aluminum bromide, potassium chlorldo and sodium, as
well as sodium compounded vith menstrums of nitro-
benzeno - benzene, vers investigated; (2) Sodium and
pot4ftsims similarly had regular electrode potentials
In mitrobansaw solutions.
Ki' %-t-, -Lkb. PL
tv- Op - i-

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in. dw tow I mow ae do 911W
in AMIM-d by ae "a. ad do
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a cro/sq. as.. ewes sm, an op. WAISM
WIN d Gimift - I JJI X IV 24. cm./g.. OW sm, dw
didiiwo d dw "#0 lovar. 6 - 3.3 x 10-0 M. A
mommod. low d rba-PWW) MOO of 4. M wadd
bm a thichimm, d A x lo-
oney. am 49 no of
3.44 X 10-6. nonq a eonnfbu INISIMF MOO
mood d. is mound Our tbe MINAW ILO on. is 8100-
cam Q is UNAW is a larm ear dlottv gifto
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me. on./cc. If do stweb aft Ammud I* be
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MEZMIM, YA. F.
PA 67A9T43
ZY "MMMMLAPtni Dec: 48
?Wdlia AmLlple
"Vla~te. of Pyramalfw1c Ac1qI: Thuml Awaysis
or Diamse Sywt~ -- Pyramulfurle AcId," Ya. P.
SubsMT, Cbair of Chm, Kiev Agr last, hi vp
-Swr OwUh Ode Vol XVIII,, No 12
Adap a tbazaal mml7sls of the systm, d1amum-
QlrW1C aC14, OAtln tb* fOrMOI& 32690T'
W%Fft for the campwmd %hick has a saltift point
of 79.1.
Mw. 67AW43

"r,bnwMI, YA F - PA 67/49T42
Dee h8
Sulfur Trioxide
"Cryoseopic Study of Solutions of Sulfuric Anhy-
drids in Dioxwe," Ya. F. Nezhannyy, Ye. A.
Martynen1w, Chair of Chen, Kiev Agr Inst, 2k PP
"Mm Obshch JMW Vol XVIII, No 12
Imest1gsted solutions Of S03 in diazene by the
crymcopic sethod, and found the molecalar weight
of the solutlon to be about 16o, depending on tho
concestratlas of the solution. The dissolved S03
Is jolymerized into 8206-

I". I-I.- I 'A .
Lric iced.
C, om
s s enl. .-lnc,3 on
r
r-7
SC

la. F.
la, F.
5-il-irlc an"-L-111,3
a, 3c In
the concl irir- ~s o 3C-, 11: f3
t -3e () - -
6
C h i f
SC : .'ourt-q-l -n,~v-l MM 1,-, k194~'

rA
Tbwwd wdpb d No "Mm
"w. tai.medive" ("W i - not., Ulwalow)
I xhim. to. 41wd0z);I J. aaa. Cho.
N, 19, a& 441 (100) 1 Migi. framid0m) j of C, A
111116ne. - - no swillo. nwaits slid dissirsto amie mo v6vai
In"amika of t6w comwommis. Add%. ad acid sit to *"
low. % has sub vows am ON I.P. of dimas", thw "*1 1.
redpmIrmMwdto3oc4wAb.Wpmnis*. Atun,
.U%, tiw Up. IaUm rapdly to thw miftk agectic at about
- 12., 62 fwol.% acid. ad Ibra rimm micavly to dw I.P. of
tOw- acid. Wardro Waring

el -,~ ,I" "' "
- - ~ I . . --,.
.-issertaticn: "lhysicoc--.e-,,.jc%l invr.stij~itir),. of iloyi.-ne ri ' I' ' w - -
Dr Ici, Inst of ~Ener--] anc -.ncr:-kinic ---- - , ..--
Frairria ',Ikrtir*,, ~- i,: 'i,.
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.. w I,; , -

USM/ Physical Chexistry - Solutions. Theory of acids and bases B-11
Abs Jour Referat Zhur Khimiya, No 4, 1957, 1.1324
Author Mezhermyy YA.F
Title ysicochemical Investigation of Aqueous Dlorane Solu'.IonA
IX. Aqueous Dio)mne Solutions of Sulfuric Acid
Orig Pub Zh. obshch khimil, 1956, 26, No 8, 2149-2-150
Abstract Measured were'specific electric zonductivity-ak and equiv&lent sl9ctric
conductivity /~of 0.1 and 0.01 N solution of H2SO4 in water-dioxane
mIxtures having a dielectric constant IDC) of 12 and 37, in Thai Inter-
val 15-450, Conductance of solutionse is higher with greater amunt of
water in the solvent . At 250 amd DC = 1-2 >~ of 0. 1 and 0 01 N solutions
is 6.328 and 9.156; with increase of DC to 37 Increases, respectively,
to 51.84 and 48-75. With rise in temperature, and DC r 12,2*-increases
linearly, whilf, with DC = 37 the increase in Y_is more intensive but not
as regular Cor-n2nf,:ation VIII see RzhKhim, 1957, 383

1437,HEN14TT. Ta. F.
Connection between -,~ andq . Ukr.khim.zhur. 24 w.6:703-705 '5 8.
(MIRA 12:3)
1. UkrainRkaya akademiya sel'skokhozyaystvannykh nauk, kafedra
fizicholkoy, I Volloidany khimll.
Hydrochloric acid) (Electric conductivity)

KBZHENNYY. Yakov F ippovich; OZAROV. V.N.. red.; PSVZMM, V.I.,
L. H. . t a khn. re d.
(Laboratory manual in physical and colloidal chemistry]
Laboratornyi praktikum po fizichaskoi i kolloidnoi khiaii.
Moskva, Gos.izd-vo ael'khoz.lit-ry. 1959. 326 p.
(KIRA 12:11)
(Chemistry, PhyBical and theoretical--Imnboratory manuals)
(Colloids)

5(4) sov/76- 3- 3-7/41
AUTHOR: Mezhennyy, Ya. F.
TITLE: On the Dependence of A- 0 on ). and D of the Iiiedium (0 zavisi-
mosti 0t i D aredy)
0
PERIODICALs Zhurnal fizicheakoy khimii, 1959, Vol 33, Nr
pp 55o - 553 (USz;R)
ABSTRACT: In a previous paper (Ref 1) it was found that it is possible
to represent in the case of constant viscosity of the solu-
tion t.':.e equivalent conductivity of diluted hydrogen chloride
solutions in dioxane - water medium by an equation (1),, A
clearly marked chemical affinity of the solution, may, how-
ever, lead to deviations from (1). On the basis of a figure
Pr, called Pisarzhevskiy-figure (Refs 2-4) and a newly derived
equation
(2) theories are ?ut forward
Pr = P i e 11
which lead to the finding that the logarithms of P r mast bea
linear function of the reciprocal value of the dielectric
Card 1/2 constant of the medium. According to this it ought to bi

On the Depender,ce of 'A on , and D of the Medium SGV/"76,- 3
0 L
pousible for the value of limit conductivity to be expressed
by the equation
P e
Experimantal results obtaii.ed on the electric conductivi*y of
hydrogen chloride solutions in dioxane - water (Ref 5)ELnd
substituted ammonium salts in methanol ethanol and water
(Ref 7), confirm the correctness of the equation (8) The
assumption that~~.0!,1.. const (Ref 8) is not confirmed There
are 4 figures, 1 table, and 8 references, 6 (f which are Soviet
ASSOCIATION: Ukrainskaya akademiya sellskokhozyaystvennykh nauk,Yiye,l
(Ukrainian Academy of Agricultziral Scipnces,Kiyev)
SUBMIT'rED: February 16 1957
Card 2/2

U IA. C7,b-
J VU I t) 1, t c
.-)jlty Of 601 nu.Ll12(4,,
I RA 'Ji - 1,~

S/070/60/0 7,011006 'Ll I 1 '0 3 ~,,'XX
BOOI/BO55
AUTHORSe Mezhennyy, Ya F, and Kovganich, N Ya
TITLE, Physicocnemical Investigation of Systems Containing Dioxane.
XII A New Method of Synthesizing Sulfur-trioxide Dioxanatel
PERIODICAL~ Zhurnal obshchey khimli, 1960. Vol 30, No 6, pp 1755-1757
TEXTi Sulfonation of organic compounds by means of complex compounds of
SO is becoming of increasing theoretical and practical importance Of
g4at interest in this respect is dioxane sulfotrioxlde, which was sug-
gested as a sulfonating agent for the sulfonation of various aromatic
compounds (Ref 4) For this purpose, two dioxanates. Q(CH 2CH 2)2 Oso3and
03S(CH 2CH 2)2 OSO 3* were precipitated from carbon tetrachloride and ethylene
chloride solutions C, M_ Suter (Ref 4) points out that the synthesis of
the dioxanates of sulfur trioxide by direct reaction of the two components
involves considerable difficulties due to the occurrence of "strong
charring" In order to avoid the latter, C M Suter first dissolved
dioxane in an inert solvent (carbon tetrachloride or ethylene chloride)
Card 1/2

Physicochemical Investigation of Systems 3/07 a,/ 6c/o3o/'--,-6/C 1
Containing Dioxane XII. A New Method of BOO"/BO55
Synthesizing Sulfur-trioxide Dioxanate
and, on passing sulfur trioxide Into the solution obtained the dioxanates
as white flaky precipitates The present work was undertaken to investigate
whether the dioxane complexes of sulfur trioxide might not be obtained by
a reaction without a solvent and in the gaseous instead of the liquid,
state The complexes of dioxane and SO 3 were synthesized by a direct
reaction of dioxane and sulfur trioxide, both in the vapor state. in a
manner that excluded charring of the final product According to analytical
data, the ratio of the components (SO and dioxane) in the complex is 2s'
The formation rate of the above-ComplLrean be regulated by varying the
evaporation rato of dioxane and sulfur trioxide by temperature change
There are 1 table and 5 references: 4 Soviet and 1 US
ASSOCIATIONt Ukrainskaya akademiya sel~skokhozyaystvennykh nauk
,Ukrainian Academy of Agricultural Sciences)
SUBMITTED: June '1. 1959
Card 212

3/073/63/029/0G2/0G2/Gc,6
A057/A 126
AUTHOR: MezhennTj, Ya. F.
TITLE: Investigation of the solubility and viscosity of naturai rubber
in dioxane
PERIODICAL; Ukrainskiy khimicheskiy zhurnal v. 29, no. 2, 1:k3, 16l~ - 6-,4
TEYT: The aim of the present work is t , lemonstrate that not or,.y nitro-
- and benzyl-cellulose, but also natural rubbe ean form true, ther~%c'dyn uni:-al ,y
stable solutions with a certain rubber -Oncent ation correspon(iing to -acll te'l-
perature. Swelling was ~-tudied with 3.5 g rubber in 10ml dioxane, gas-ine, and
toluene. The process was characterized by the absorption of the in the rub-
ber and the absorption of the rubber particles by the liquir.,. The '[~ I
does almost not occur in dioxane. Rubbpr has a limited swelling capacity i,,, -~Irx-
ane (I - 150-%). The experiments concerning the solubillty of natural rn;bber in
dioxane showed -that rubber, similar to z)Lher substances with low rro", ecular weight,
dissolves reversibly In dioxaLre. Heating of tne supersatu,-ated soution effects
dissolving of the precipitate, whi-le subsequent cooling precipitates the rubber
Card 1/2

3/67 3/63/02()/()(. d/o~,-VOG6
Investigation of the solubility and ... A057/Au-26
again. A rubber conoentration of 4.5-,-~~ gives non-saturated solutions above 350C
and supersaturated solutions below this temperature, The solubility of rubber In
dioxane Increases about ten times with a temperature rise from i5 to The
viscosity of a 4.5-%, nibber solution in dioxane was investigat,~,'. In the range, -,f
25 - 50%C and it was observed that at ?t 0C and below there starts preoipitation
of rubber flakes. The viscosity decreases from 0.36 (35 0C) to -,,,7
1~ , (5GCj with
rising temperature. There are 4 tables.
ASSOCIATION: Ukrainskaya sellskokhozyaystvenriayaakademiya (Ukra.4nian Agricu'tural
Academy)
SUBMITTM: September 10, 196i
Card 2/2

1;A
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MAN

SKAKOV, Yu.A.; Ml-,ZRNIIYY, Yu.O.; YE-Iff Oil" N.V.
Defects of' packing. wv? nev-rp~rft .,-)n in all-'YO.
Fiz. mpt. i mctalioved. I.' no.5:Tl)-774 My 164.
(Y:'A 17:9)
1. ~bskovskiv Insti tiit staLi i s~ lqv-)v.

S/704/61/000/002/005/006
D201/D302
AUTHORS Golembiovskiy, P.S. and nnvv- L6Ue-:I.k Yj., Engineers
r I I'LE A thyratron time relay for relay protection and eystem
automation
SOURU~ Ukraine. Gosudarstvennaya planvoya komishiya. Institut
avtomatiki. Avtomatizatsiya i priboromtroyeniy~!; sborn;k
nauchnykh trudov, no. 2, Kiyev, 1961, 139-146
TEM The authors deacribed a thyratron time relay developed by them at
the Institute of Automation. The relay is intended for relay protecton
systems, has a small power consumption, good temperature stability and
has no mechanical moving parts. The main component used is a cold cathode
thyratron MTX-90 WrKh-90), although other types of cold cathode thyra-
trons may be used. The principle of operation is the discharge of a capa--
citor. The capacitor is connected at the bottom end of it potentiometer,
whose upper part consists of a variable resistor connected to an irr rail.
Limiting resistor connects the thyratron grid to the RC )unction. The
Card 1/3

S/704/61/00U/002/(X)5/UU6
A thyratron time relay ... 1):_'O I IL)30;~'
thyratron has in its anode circuit an interval d., . relay whiEh is able
switch considerable powers. The re-setting of the relay is achieved by
connecting a semi-conductor diode parallel to the variable resistance of
the RC potentiometer chain. With the control signal applied (i.e. with
application of the voltage to the circuit), the diode is biased in reverse
at its cathode by the positive potential of the HT rail. When the control
signal is removed, the diode anode, connected to the charged capacitor
of the tnyratron grid circuit, becomes more positive than its cathodt,
the diode conducts and the capacitor in the grid circuit discharges quickr
1y through the resistor of the RC chain and the resaances of the supply
filter and the thyratron anode current limiting resistor. The relay may
be d.c. or a.c. operated, the only difference being a bridge rectifier
incorporated between the a.c. supply and the thyratron circuit. Labora-
tory experiments with the above type of d.c. or a.c. operated time relay
have shown the following, The relay consumes little power and has a 8mall
spread of operating time characteristics (less than 0.! se"), it has a
good temperature stability; permits a large number of operations (0.5
million) and ea8y changes of its range by a simple change of the RC network
Card 2/3

S/704/61/000/002/005/006
A thyratron time relay ... L)201/U302
components. It is conc I uded that it is pos ib I e to ki,tve a t ime r vI av
operat-inix for 0-4, 0 10 and 0-20 sec., i.e. at al I t irm, 'InLerv,il r,ingcz
used in relay protection. 'rhere are ') f j j,,ures and IG refet en( t- () 6ovi.-
bloc and I non-Soviet h1oc
Card 3/3

HEMPAO A. V.
"Some Reactions to Direct Irritation of the Brain Stem, the Dependence of
Their Course on the Activity oi* the Cerebral Cortex." Cand Med Scl, F--,ztov
Medical Inst, Rostov-na-Donu, 1954. (RZhBiol, No 1, Jan 55)
Survey of Scientific and Technical Dissertations Defended at USSP Higher
Educational Instituti(me (12)
SO: Sum. No. 55b, 24 Jun 55

KRZ IMRA, A.V.
Correlation between the cerebral cortex and lower portions of the
central nervous system@ Zhur, vyse nerv, detat. 4 no.2:258-266
Kr-Ap 154, (KLRA 7:10)
1. Wafedra normallnoy fistologil Rostovskogo-na-Danu goeudaretveib-
nogo nodItsinekogo Instituta.
(CIJIM" GCRTIX. physiology.
relation to other parts of ONS)
(CBNIM" NERVOUS SYSTIK. P)Wstology.
relation of various parts to CNS)

HEZIM9 A.V.
Effect of removal of motor zones of the combrvl cortex an the
cerebellar stimulation. Fisiol.sbur. 46 no.6s672-676 Jo 160.
MA 13:8)
1. From the Chair of normal pbysiologyt Medical Institutiq Rostov-
on-Don.
(CEREBRAL CORTEX) (CZREBELLUM)

MEZ HERA A V. (Rostcv--ra-Don-,i)! KHAYUTIN, V.M. (Moskva)
Some mechanisms of the effe,-,t of hyppr-.onl,~ solutions o:-
glucose and sodlum --LLorile an tte ::~irdiorascular system.
Pat. fiz~ol. traD. , r.:,. 3:2P-32 My-je'Q
(Mni
1. Iz kafedry rornallnuv IizI-)Iof1,i ( 7av. - prof. N.V. Dan~lov)
instituta i Instituta nnrmallnoy
Rostovskogo m"ditB4,Skgo
i pritologichesk(-y fizIolcgl` ( direkto!- - deystvAtelIny-y
chlen AMN SSSR pr-if. V.11. Pann) AMN SSSR.

MEZHOZTSKIY, A.D.
Designing reverse turbines. Sudostroenie 27 no.11:24-29
n 61. (MIRA 15:1)
(Marine engines)

KCUMMSKIY, A.U. (Roatov-na-Donu)
Current evaluation of the ~mowledge of students. Kat.v shkole
no.6:53-54 H-D '57. (MIRA 10:11)
(Nathematice-Study and teaching)

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gof
an dw Cast-
Wes -WIM I IMM=01"~W7 9ow", R
W4sbq*cjW. still C. M knilb) Ir"ll 'tied Ndllk
Fis. 14, 737(IQNI). The total etwily of
t "'Mitted by alkah Simi A callk metals in C.11,
in at am J camcm. primpartiocal to the cmcn And &I
FroniconlournMA&-
of eats the she. wWtb of fin, N. SW A. wa-- ftund to he
O-OKI A.: tkat .1 line Cm 4=27. 0 IM AAt Wait" con-,
the conUw incivases owing to internal "mvrrlim S. p
14,

CA M C 7- 4 E I
13
Doodedow 4160 ist"O' 41 ova" HIM as aw
Mesbwkbw, amt 0- Wil k-On ZA-P Fill rewfir
ris. 21, T-ki-41OX 19311. -.*e C A 45. 4 IJ U c
ceriffiletwilipj"do pr-allinsecocisillinluffift 1,1111111t
licatrits aa# Fem,nd 11~kmrmr ~ Univ 4 S C.11itso". L1-
Angeles), J . 0,,~;YS- Aiw. 42. 7 -A" cp1l
v- 1) "t.1141.13 th, ---v
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D,) in Cd All -uch (cm,,ifion, -krr trkflv 11-t*fdm flif
Ow. dilmWe radWitm and hy n-t -,I tht- -t-tion nile. for
higbire-pole and nuenritr ofiliole r4cliAtion flowrii &m$
otb4n. have Riatit"I thAt the lines am einitt~l as Ow fir-
~11 of The inierartiao of the tna" cleortm with the mass-
n'tic nuitural at the nuckm% most .,rr ib~f- jwquiu~-"i hir
-dT the mid witightint i-('n- The Inten'tfur. of the
lims - enotiM hir a Cd mmpl~ IhAt ron-
Want J-do tits" the q11411111V A '.1.1 imi.il" to
o4tuW Cd were cimulkared with the infen%ow, of the samw
lines evnitted bw nAtut-M C.1 lik ithin the rsptl error it was
l."W) ohms the forbul'I'n Im- rr rr"Ift-1 interims.
Pir-partiossal to the mi-I twiti4m sbumijuim &mi. vtuvvfov*. it
tun comrlu""fir -t.blihef thm thev An- -dV in" OW
were cump""I With the intensity of an allow"I IMMILitiou
I"xn tim same Multiplt a, unier to olive a "leisure of the in-
irructio" of the itininal clocinni with the nuck-Ar nuttinetic
"IMM13t. U llli&.n P. Slecirrs

MEMERICHER, Ye.G.
Geography evening of friendship. Geog.v shkole 24 no.6:62-65
z~-D 61. (MIRA 14:10')
I. ,28-ya shkola ~bskvy.
(Geography--Study and teaching)

MEVERICHER, Ye.G.
Geographical evening on the topic 'Africa must be free." '0101~. V
shkole 25 no.2:63-65 Mr-Ap '62. WRit 1~;2)
2. 728-ya shkola Moskvy.
(&1rica-Politics)

SAVRMMO I.Te.,p insh.; MNZHWTSER, A.B., insh.
0100~~~
Iquipment for the cutting of scTap metal. !%t. i gornorud.
Prom. no.D70-72 Aw--F 162. (MIRA 16:6)
1. Aroyal-Uo-*a=truktarvkIy tekbnologichookly institut
Vaspropetrovikogo soveta narodnogo kho"ayetva.
(Scrap metals) (Metal cutting)