SCIENTIFIC ABSTRACT SULIMA, A.M. - SULIMOV, A.D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001653910005-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

1XIEP341m ~-q"FmRwmQIqwwI
PODZEY, Anntolly Vladimirovich; SULIKA, Andrey Mikhaylovich; YIRAGD,
4 A.A. ,
Valentin Petrovich; T'uKA
inzhener, retsenzent; STANINVICH, T.G.,inzhener, redaktor;
331ITSKATA. A.M.,red&Ntor; SHCHXRBAKOV, P.V..tekhnichaskijr radaktor
[Technology of bulldi!~
Ed u It:ii;tion engines; the processing of
principal parts a ekhnologlia avi-stdvigntalestroanilR;
obrabotka osi;!)vnykh ditalai i uzlov. Pod red. A.V. Podzeia. Moskva,
Gov. Izd-vo obor;,ProVshl., 1957. 415 p. (MLIRA 10:5)
(Airplan - -B*gines)

ISOV-129-58-6-5/17
r
AU,THOP.3:Kishkin, S. T. (Dr. ech.Sci.Prof.), Faypin, A. A. and
3* T D fn
SulimA- A M. (Cand Tech.Sci.)
(Ca
TITIZ: 1-9 fluence of t e astic Deformation on the High Temperature
of te a
Strength of the Al oy B1437 (Vliyaniye plasticheskoy
of the Al 0~
deformatsii na zh oprochnost' splava E1437)
ii na zh 0
D~iovedeniy
PERIODICAL: bletallovedeniy i Obrabotka Metallov, 1958, Nr 6,
pp 13-21 (USSR)
(USSR )
ABSTRACT: The aim of the
Card 1/2
properties of the
deformation and
t
this alloy at
D0
results are de cr
'nj
ing conclusions:
on
tant influence on
e
hiSh temperature
service life cons
s
of plastic defo
the diffusion pr
hardening and which
strength; at low
acceleration of
t
brealcing up of t
~era-described work was to study the
lloy EI437 after preliminary plastic
establish the mechanism of failure of
700 and 8000C. The technique and the
bed. The authors arrived ut the follow-
1) The plastic deformation has an impor-
the service life of dispersion hardened
loys of the type E143 reducing the
derably at 700 L,-j 800 (2) The influence
tion is linked with an acceleration of
a'esses which form the basis of dispersion
lead to a decrease in the breaking
temperatures wheri. there is no appreciable
he diffusion processes the factor of
I
e grains of the raetal into blocks pre-

SULIMA, A.M.; YMYSTIGITUY, MI.; TRUSOV, V.M.
The VIU-1 MAI-VIAM hi h-power high-power high-frequency unit used
I
for endurance and vi ation tests of parts and unite of Jet engines
and aircraft material . Nauch. dokl. vys. ishkoly; mash. I, prib.
no,2:110-119 '59. (KM 12:12)
A,
(Testing machi, as)
(Airplanes-Tibojet angines-Testing)

.too O"L~ 1204~24be
AUTHORSt Sulima A.Mal
of
Zhukov, N.Ds,
25567
8/535/60/000/129/005/oo6
B193/580
ovatigneyev, M.I., Zhukov, S*L,,
echnical Sciences, Shadskiy, I.A. and
nxineors
TITLEs Investigation of endurance of titanium-base and other
heat-resistant alloys tested on the IBVIY- I t-iAO-BOAM
(VIU-1 MAI-VIAP) machine under high frequency loads
PERIODICALt Moscow. Aviatsionnyy institut. Trudy, No.129, ig6o.
Issledovaniye fizikomeklianicheakikh i ekspluatatsionny%h
avoystv detaley posle obrabotki, pp. 92-111
TEXTi The object of
pr sent paper was to determ
kiLloy BT3-1 (VT3-1) and two
:
nd XCbK lZhS6K) type, an
of alternating loads on thi
the conventional fatigue te
bear little relation to the
addition, they are time-con
being required to construct
reasons that a high frequen
Card 1/9
he investigation described in the
ne the endurance limit of itanium
~nickel-base alloys of the:9&Ot17(zx6l7)
to study the effect of the frequency
proparty. The main shortcoming of
ting methods is that the that condition s~
conditions obtaining in service; in
uming. 4-5 months of continuous work
on fatigue curve. It was for these
y testing machine (VIU-1 MAI-VIAM) was

Investigation of endurance
used in the present investig
description is given) is of
for single-plane bending fat
under the conditions of both
The vibrations, generated by
consisting of an amplifier a
the test piece through a hea
ing loads which are sufficie
pieces or even actual compon
auxiliary equipment consists
test piece and for measuring
temperatures is measured wit
electrical resistance furnac
testing, the test pieces wer
given in Table 2. The test
pieces of the cantilever typ
pieces varied depending on t
and was calculated from the
Card 2/9
25967
S/535/6o/ooo/129/005/oo6
2193/1380
tion. The machine (whose detailed
he resonance type and was designed
gue tests which can be carried out
imposed and reaonance vibrations.
a powerful electromagnetic system
d a transformer, are transmitted to
y beam, capablis of producing alternat-
tly high to break standard test
nt3, such an turbine blades. The
of a microscope used for setting the
the vibration amplitude which at high
the aid of a cathetometer, and an
for high tempigrature work. Before
heat treated according to schedules
were carried out on cylindrical test
Tho gauge length t of the test
e load frequency and test temperature,
ormula
1. 871kr
2 iy f M

investigation of endurance 0~ 25967 oo6
S/535,/60/000/129/005/
E193/3580
where f is the yibration f-equency
elasticity (kg/mm ) J 1he m
unit Igngth (kg.sec2/mm ).
N a 108 cycles in the case o'
and 10 cycles in the case o'
was constructed from data ob,ained
first test of each series a
was used, where a is the
t b
subaequent tea the applied
vibration amplitude, A (mm),
required to produce a given
formula
A - 0.5682
where t and d are the len:th
respectively, E the m2dulus
applied stress (kg/mm ). Th~
where the stress a (kg/mm')
cycles to fracture. The fAigue
alloy E1617, tested at 200C
per sec, 9 the modulus of
mont of inertia (mm ), and m mass per
'he tests were conducted on a bass 7
the 91617 and ZhS6K alloys, and 10
the VT3-1 alloy. Each fatigue curve
on eight test pieces. In the
tress equal approximately to 0.5 a b
~.T.S. of the alloy tested; i each
2.
tress was lowered by 2 kg/mm The
of the free end of the test piece,
itress. was calculated from the
.2
cr
Ed
and diameter of ihe specimen,
if elasticity (kg/mm ), and a -1 the
results are reproduced in Figs-10-13,
is plotted against the number of
curves in Fig,10 relate to
inder the following conditions:(I)testing
Card 3/9

Investigation of endurance o
machine of the r3on(GZIP) t
load frequency f a 50 cycles'sec;
(P-391) type (bending of a rivolving
(3) testing machine VIU-1 MA:-VIAm
f = 1000 cycles/sec. The faAgue
alloy ZhS6K tested at 200C,
being the same an in Fig.10.
relate to alloy VT3-1 tested
curve 1 - testing machine VI
t = 20*C; curve 2 - same as
curve 3 - testing machine GZ
curve 4 - testing machine VI
t = 400*C.- Fig.13 shows th
alloy, tested at 200C on the
1-3 relating to tests carrie
1650 cycles/sec, respectivel
results of the present inves
limit of the alloys studied
frequency. Metallographic e
in the region of fracture re
Card 4/9
25967
... S/535/60/000/129/005/006
E193/E580
pe (bending of the revolvingts:ecimen),
(2) testing machine of h n -391
specimen), f = 200 cycles/sec,
(single plane bending),
curves in Fig.11 relate to
he testing conditions for curves 1-3
The results, reproduced in Fig.12
under the following conditionst
-1 MAI-VIAM, f - 1100 cycles/sec,
'or curve 1, except f = 420 cyc1es/sec;
P, f = 50 cycles/sec, t = 20*C;
-1 MAI-VIAM, f = 420 cycles/sec,
fatigue curves of the VT3-1
VIU-1 MAI-VIO1 machine, curves
out at f = 4!i0, 1100 and
; these are the most significant
igation, showing that the endurance
ncreased with increasing load
amination of the fatigue test pieces
ealed no changes in the microstructure

25967
Investigation of endurance Of
due to increased loading fr
trans-crystalline, and only
intergranular cracking and
the grains observed. It wa
used and the method employe
for fatigue testing under h
reliable results which can
of turbine and compressor b
loads. There are 15 figure
and 5 English. The English
Lomas T., Ward I., Rait, I.
on Fatigue of Metals, Londo
34, 1934, 11, 156; Jankin C
1929, 83; Wade A and Groote:huis
Fatigue of Metals, London, ;
5/5115/60/000/129/oo5/oo6
zl9Vz58o
quency. The fatigue cracks were
in the zone of final fracture were
ome degree oJ'' plastic deformation of
concluded that both the equipment
by the presont authors are suitable
gh frequency loading and give
e used as destign data in the production
ades, operating under high frequency
, 5 tables and 6 referencest I Soviet
language reforences read as follows:
Colbeck E., International Conference
, Sept., 1956; Krouse G., Proc. ASTM,
and Lehman G., Proc. Roy. Soc., 125,
P.. Intornational Conference on
ept., 1956.
Card 5/9

lovoo
32hO4
S/53!5/61/000/140/005/006
0240/0304
AU HIOW"; Stilima, A,M. , Caildidate of Technical Sciences,
Yev,stilpieyev., M.4. and Rakhmarova, M.S.
'flfLk;: Investigating thf effect of technological factors on the
endurance of rettactory alloys in high-frequency loading
SOURCE~ Moscow. Aviatsiptinyy institut. Trudy, no. 140. Tekh-
nologicheskiye m~tody povysheniya kachestva detaley i
uzlov aviadvigatleley. 1961, 71-112
TkAr, ne authors deal with ~nvestignting the effect of 7 different
methods of treatment on th;.d ,eA. 617
,,867 table strengtt, of the alloys
(E1617) and 3~i 867 ( he methods ax,e- Milling with subsequent
polishing; milling with su s:4ucnt grinding; mechanical polishing precet.'-
ed by grinding and mil ec tro-polishing preceded by mechanical
L
ling
polishing, grinding and mil!difi% etc, A de,:ailed description of the
methods of treatment eplv I given, wit'n numerical data, such as
I ty etc. FAbstracter~s noted The specimens
thE size of the cut-ter, velo
C1
Card 1/ -2-

Invest igat Lni~ the effect ...
are described as "planq_and re(tangular"
shape is as in Fig. 14 J~ All
dynamA-cal vibrator which is deEcribed
in the process of testing, a stecial
was used which is also described.
was made before testing. After
w-,rk hardening and the residual
-in X
-ray method and the latter
of the results are given. The
bending, with the frequ 8ncy of
830-1000 cycles, at 850 C. Gra[)hs
that the endurance depends on the
by finishing methods which redLl:e
depth of work !iardening, I'lie aithors
polishing, Thermal treatment also
t'here are 26 5 tables
Moll
S/535/61/000/140/005/006
L)240/D304
in '~he text but their actual
tests were carried out on an electro-
in detail. For heating specimens,
high-temperature resistance furnace
Thermal calibration of the specimens
the mechanical treatment, the depth of
stresses %vere determined, the former by
b,,, N~N, Davidenkov s method; details
spec_,-mens were tested for endurance on
resonk:!ce vibrations of the order of
of the renults are given. It was found
method of treatment and is Increased
Uie residual tensile stresses and the
recommend electric and mechanical
increases the limit of durable
ind 10 ,)uvtet-hlo(' references.
J

L4c~.114 6- )1W-(j)1TjEWP.(01.
f
-17 7
f
,A. T I R mcm5la (FEMK EXPWITATIW- N-4 JD!EW/Mj RM
Tl4'vstipeyev,r Ooce-nt)j (Profeasork4
Doct of Tec6ical Sclenc~sy;-I�iidli4~- j,
or M Docent)l T~~~ov _I* S'
(Docent)
Production of basic parts and unite or aireraftiengLnes (It-gotarleniTe oauovnykh
detalay i uzlov avladvigateley-),! Moscow., ltd-wro "IfaahinostroyWAY91%. 19649!
456 p. inus.p biblio. Errata ~Iip insertedd 5,,200 copies printed. Series
notet Tekhnologi7a aviadylga astroyenlyz
TOP -~re~tturU ~Ot'-angirlq
-#i- ',-4iJ=ralt tuni-supply
FM FCr-j':,; VID CIM.AGE.- -Thl-ja -book- a --tinctbook-Pbr-studeatff -of -Airiation higher
d44pa-
educational institutions and depas tzents. it doals with the engineer fin-g-
or Cabricating parts and componen a of aircratt, engines, The book consider3
c I
catEen Ccr fAbrication and materialet
tlieIr al~sMift
Vie aqglfi~iilng proces*os, method Of exacutinj U4
Th-9--book vill-i
tonzol tliso--be-u ful-to--ongiostre-and-teohnicianorof the
Wiation inftstrTo
card 1/3

Introduction
llvh, L Processing shaf to
Ch. IL Processing 'Al
Che IrL Processing 500
Ch. IV. PR4~~C- a ~ rl"Fy-
Cb, V# Processing 188
V-1-o-Fabrica-tion - 246
=ponents-Srm- sheet mterial
Ch, VIL Fftabricati
Processirg tho heads-o
Ch.
Ch* XI* Fabrication f tubi
C;h* Mle yat-vicxtion
Ch* TLlIl* ftbrication 6f- fWavm-
Bibliography - 452

L 07810--67 71r, UW
WZ~
-,ktC N R, AR601*~ SOJIRCE CODE: U11/0137/66/m/m/1062/1082

AUTHOR: Sulimal A. M.

TITLE:~ Fatigue of high-tempersture. Lnd refractory allo a with high-frequency loading
at working temperatures
SOURCE: Ref. zh. Metellurgiya, Abe. 11560
REF SOURCE: Tr. Kuybyshevsk. aviats in-t, vyp. 3.9, 1965, 355-380
TOPIC TAGS: vibrati6n test, fatigueltest, high timperature alloy, refractory alloy
ABSTRACT: Fatigue was studied on tw
excitation; electrodynamic and magne
3000 and 5000-10,000 cps respectivel
symetric cantilever bending with a f
were dQne at 20 and 2500C on AK4-11a
.F ~61 V20, 800 and 8500C on EM
EP109, 0, 800 and 9000C on E1929
and 24d 950'C on ZhS6-KP.Zfh_e_'s
ure in the 100-2000 It 'z f
further increase in frequency. EP57
1y stable fatigue characteristics un
types of hil;h-frequ-!ncy stands with resonance
ostriction w,.th working frequency ranges of 100-
, The speciiiens were fatigue tested under
nstant defoniation amplit~. The fatigue tests
loy, 20 and !jOO0C on VT10-"20, 500 and 5500C on
800, 850 and 9500C on EI867 ~Gand 9000C on
and 9000C on EP2L 2h 900 anh 1,OOOOC on ZhS6K,
1loys showed iWa--ximunVresistance to fatigue fail-711
ncy range. Fatigue resistance is reduced by a
ZhS6KP and ',',hS6K refractory alloys show extreme-
ar high-frequency loading. The shape of the
112 1 uDc: 669.oi8.45:620.1

L 0781o-67
-4& N R , AR6017496
specimen rias a considerable effect
the lowest cyclic strength when the
shape close to that of a gag turbin
dent of loading frequency-o!E-j~~--T-n
changing direction within the limit
of abstract)
SUB CODE: 11
resistance to fatigue, e. S. EI617 alloy shows
osG iection of the spec*en has a curvilinear
mcl Fatigue crackinglfii all cases is indepen-
rcareirya~d develops th-rough the grain body,
f individual grains. V. Ivanova. [Translation
Card

f
SULIMA, A.N.
Sterl'Lizatlon by steam, n the cooling coil of hermetically closed
fermentaticn vats. SpIr'.'prom. 20 n0-3:39 154. (MIJU 7:10)
(Sterilization) (Fermentation)
I

FEDWEYEV, V.M.; SULIMA, A.V~; SIIAYEV, A.11.
S derivatives of_th ourea. Part 6s 2,,3--Dl(lBathiuronlum
bromide)-prop&nol its ethers. Zhur.ob.khim.
0
32 no.100432-3439~ 162. (MIRA 15:11)
1. Moskovskiy gosugarstvannyy universitat imeni
M.V. Lomonosova. ~udourea) (Propanol)

SULIMA, D.N.
Characte~lstics.oq unripe seeds and their use in the process
of changl-rig SpriN durum wheat into winter wheat. Agrobiologila
no.3t417-424 My-.6 165.
(MIRA 18:11)
1. Rostovskiy-na-lonu gosudarstvernyy universitet,, kafedra
pochvovedeniya I igrokhimii.

SULIMA, G.I. [Sul7m, H.I.1,
In the campaign for
no.4:6-8 Ap '59.
1.Traktorn&7a bz
rovskay oblasti.
mechanization. Xokh. oil' 4osp. 10
(Wn 12:6)
(Farm mechanization)
kolkhosa im. Yrxmxe, Mexhovskiy rayon, Dnepropet-

m
r
SULIXA, G.I. CSUIYM, H.I.], rigadir traktornoy brigady
Making efficient use o machinery in spring work. Kakh.sill.
hoop. 11 n0-3:7-8 ~ 1609 (XI" 13:6)
1. Kolkboz im.Frunze,
oblasti.
(Agricult
evskogo rayons, Duepropetrovelcoy
machinery)

VASHCHENKOP V. S., inzh.j LlIfIX, 0. F., dotsent; Krmn, S. YO.P
dotsent; SULDIA, 0. 5.10 lnzh.; KUCHWAVLVY.0, I. A., inzh.
Improving stoping op~ettions in the *Gigant" Kine. Isv. vys.
ucheb. zav.; go~. shI. no.10:13-17 161. OCIRA 15:10)
1. Krivorozhskayag~h~-& ta "Gilzant" (for Vashchenko).
2. Krivoroshakiy n rudnyy inntitut (for Linnik, Nikulin,
-Silima, Kucheryavenko Rekamendovana kafedroy razrabotki
rudnykh'mestorozhdaniIpoleznykh iskopaysmykh Krivorozhakogo
gornorudnogo institul
(Krivoy RogIBasin-Stoping(Mining))

MALAKHOV, G.M., prof., dokto takhn.nauk; ZHELTETSKIY, A.Ye.; CHEFMNKO,
0
A.R.; VASHWCHMENKO, S.; NIKULIN, S.Ye., kand.tekhn.nauk;
LINNIX, G.F., kand tekhn.nauk;LAVRIlF-NKO,V.F., kand.tekhn.nauk;
eULndi
SULIMA, G.S., 9 inah,
Breaking or@ in a reampressed" medium in the Dzerzhinakiy Mine
was not vorthwhile~ Gor.zhur. no.8:21-25 Ag 162. (MIRA 15-8)
1. Glavnyy inzh. r~doupravleniya im. Dzerzhinskogo (for Zheltetekiy).
2. Zaveduyu hi hakhtoy "Gigant" rudoupravlaniya im. Dzerzhinskogc.
hZ).y . Glavnyy inzh. shakhty "Gigant" rudoupravleniya
(for ChernaL
im. Dzerzhinskogo (for Vashollanko).
(Kriv~y Rog Basln-411ning engineering)

LINNIKP G.F.., kand S.Ye., kwtd. l.ekhn. nauk;
Maintaining scraper workings in conditiomi of increased
rock pressure. Met. gornorud. promo no*6:45-49: N-D 162'0
(MM 17:8)
1. Institut avtomati Gosplana UkrSSR (for Linnik).
2. Krivorozhakiy gon orudnyy institut (for RiMilin, Suliza).

LINNIK, G.F., kand. tekhn* nauki NIKULIN, S.Ye., kand. tekhn. nauk;
SULATMA, G.S., inzh.; S41)OVOYP I.P., inzh.
Certain results of the use of short-delay blasting in the
Dzerzhinskii mine. Iz . vys. ucheb. zav.; gor, zhur, 6 noo9:
94 163., 1 (KDU 171l)
1. Inst-Itut avtomatiki Gosplana. UkrSSR (for Linnik).
2. Krivc)rozhskiy gornorudnyy institut (for Nikulin, Sullma,
Sadovoy'i. Rekomendovama kafedroy shakhtostroyeniya i
provedenlya gornykh w(rabotok Krivorozhskogo gornorudnogo instituta.

VASHCHENKO, V.S., inzh.; SIK4R, V.Ya.t irrsh.; NIOLIN, S,,Ye.p kande
tekhn. na 'I ,G.F., knnd. tekhn. nauk;
SuLIm2Vs!-SL=h
Improving the ope ting efficiency at the "Gigant' mine.
Met, i gornorud. om. vo.502-56 S-0 163. (M)RA 1611l)
1. Shakhta "Gigant" rudnik im. Diershinskogo (for
Vashchankof Shmaliy~. 2. Krivoroz1aakiy gornorudMy insti-
tut (for Nikulin), 3. Institut avtomatiki Goaplama UkrSSR
(for LLnnik). 4. Krivorozhakiy gornorudnyy tekhnikum
(for Sulima).

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USM/Chenistry Isotopic Rxchange 21 BOY 50
"Delayed Exchange of Hydrogen in Solutions of Am-
Pjwnia Salts," A. 1. Brodskly, Corr Mem, Acad Sci
g MPAI, L. V. Sulima, Inst Phys Chem imeni L. V.
r-4
k Pisarzhevskiy
P.
MV.-U &I-N
Na 3- SSSR!! Vol -J. N 3) PP 513-515
.,.J~ j%ft UZL I.".L V no
Direct exchange of hydrogen of ammonium ion w1th
water is either absent or very slow: Exchange pro-
ceeds over'free a- nia formed by hydrolysis. Con-
firm this by detn of rate of exchange in ammonium
nitrate, sulfate, and chloride both in presence and
absence of acid. Isolated salt at different stages'
174T3
USSR/Chenistry Isotopic Exchange 21 Sep 50
(Contd)
of exchange by freezing out or pptg with dioxane
and det content of deuterium. Draws up eq de-
174T3

SULIMA, L.V.; BRODSKIY, A. I.
Rate of hydrogen exch4nge in dlesolyed ammonium salts. Ukr.khin.shur.
17 no.2:165-172 151.1 (Kw 9:9)
I.Inatitnt fisichesko$ khtall AN USSR.
(Hydrogen) (Ammonium #alto)

--Z- n
T l.. V.
Tautcnerism
Tautcmerism of hypophosphorous and ph6sphorous acids.
Dokl. AN SSSR 85, 'No. 6, 1952.
Aussian Access J, Library of Congress, December 1952. UlNCLL%IFIED.*
9. i'lonthl List of jon

-SUL2VA, L. Vi
USSR/Chemistry -
"Hydrogen Exchange a
and Phosphorous Acid
Phys Chem im L.
S R
Ukrain Khim Zhur,
horuB Compounde, Jun 53
terium
Tautomerism of Hypophosphorous
A.I. BrodskIy,'I-,L.V. Sulima,
Pisarzhevskiy, Acad Sci Ukr
19, No 3, pp 247-254
The study of the exclange in P-H groups of H for the
deuterium of heavy witer showed that tautomerism is
absent in the anion cf hypophosphorous acid, in
phosphorous acid, ane in the anion of phosphorous acid
and that it is preser t in undissociated bypcphosphcmus
261T15
acid. The rate consi of the tautomeric transformation
of hypophosphorous a(id was detd. Confirmation of the
explanation offered (arlier for the slow hydrogen
excbange in soln was obtained.

T
L
Cher.dcal Abstracts
May 25, 1954
General and Mysical
Chemistry
/14ot~ipir exchange of oxnen in sol~fi,)ns of atidl Int Mlnii~_
Maw-wn A I llt,~ I,kil nml 1- V. 1,4uliw , V,,$P;Jy 1 k-14,'
W. rIO 92(1054); PV04kiy !I ~T ~!auk.-
1939, No~ 5. 31. C.A. 37. 1957-: 0, X!
rh~. rice ,f 0 x,havit.- is :1, aci,14 -if 111 ~:I,j th-Ir ~,Ijt~ v%K,
'11. 1.1,43 WAi vnrMwil With 01. Y), frv~-d
of cxcuvi D by prolonged treatment with Nilit. followed by
t'.!Carnlysil dutling Which Anodic L12 kombifted vvith norinal
1112. CcImpicte D remoral was mritrulled by im,fopic anally-
sis artl tep_.-M r!rrtrnlr--:n. The "li"_ --+.it the iixitk. ' - -
"erc a".IY.,c4 tw 11,4~1 i-tal witth-1 --f rf~ ~~:tn. with -wcn-'
r.ley .4 'ri,"! kin'tic, ~J 0 tu 1~, -,Z~ f"ll-ri the eApre-1
~io; 1 4- ri) I. is I i, -r I A V I Ct
ive cnric,li ef ivatri ind !I; ... tvcd rc~p ii the'
excv,i W1 licavy 0. xv! v- it, r,vifo-r:t I? -epnt Tlie IfINV2
it icd i't the tudy C~.Ittli !,1 2 11-1) :ui- 1 -1
aftcr if-,- 0-., -1.1 li,i,illy M
At ::n' iii .1 11 -,.:'1 oi::,~ of 0,11-C ,~iq icvl.;
f-i-I f,lr i-, 111-1 mir- Nall-110, .31
g, rni p.
Ad, I -,f w i~ 1, or 1) 1 1 rf.i r, I, c x,- I i.vi gc, m.~ fud-.
ic,l at 63, N4411" it w IS M VW, at 01, 11 h III p.
t-,k pi w-v'n i-n In 11r... 'I hv fi,llow~viz V.0""
of r-itc covisf%. of t1w (xcluntize nf 0 ;nil t1jr ht0f-t:Incq of
cxchanp: werr f-ui~!: 11;P01 ( 10 over 0~ X 10 -, per fir.,
undkr 0.2 fir ; 01.3") 2 :1 vcr IV., 6.5 hrN,;
)TO), ( vW.) 1)~=3 x I,)-' r, r tir., 70 firs, : Nalf2pol
(I(W) 1.3 X ~O -1 per hr., 10 firs.; N.4tupoj no ex,11.111ge;
no exch:irve -aith K ov Na pho,phates NaIll, Nalit,
KtIf, KIW. [,I ilt:icids the etchaitge h tnore ripid that. in
their 5alts: hNpoplia,phiteit are much more active thin
ph(q)NIE-% ur' jjh-phatt~; the rate declines: HIM.
11,110" 11,110, Tit,- rr.iction pi.Ibibly procired% by addri.
OtIl'O'tothep--olink, Vivi, ling struciures like fI?P(Olf)j,
~f in ",,rtho" furin, which then loe 140. This adqln. is
Inhibited in the anions (in the sults) in which the n'g char.
is ditributed among all 0 atoms Inste-id of beiii
and the P atont I-i its electrophilic IIAV
clines as the acids became move basic (OH i ~ . I

5 TJ L E ~- , L . -7.
3ULDIU, L. V. "Investigation of the Mechanism of Exchange of
qydrogen and Oxygen in Salts of Ammonia ard the
Phosphonis Acids, and the Tautomerism of the
Latter." Acad Sci Ukrainian SM. Inst of Physical
Chemistr7 imeni L. V. Pisarzhevskiy. Kiev. 1954.
(DIS3TTATION FOR THE DEGRZE OF CANDIDATE IN
OMUML SCI&NICE.)
So.: KnizMaya letopis'
No. 27, July "", 1955.

maillff a in 2-mr"Csa. tiT,vs of bent-177r-
I bfpzorm'-i~;,A;E~:. I.. V. 'Su'lims A.
with SM) ith th.~! 3 COttent of
(1). ~111, and wert exxmin-cd
at 1:10, tjr,q 1,4) tiw. results are Shown flphkarly. The
mte of $1 "r in me order It. 11, t. Strvze
, O-i ,
ttdisr.dT, V!TICTI. Of the indivii!,:al cornNcents by a f2c--
tnr of 'A th~ r-.~te by a factcr rf 2. the rruti~,c is rf a
frZolkirl ll(,r,l" . Tl-,e rc-MMng mle C,:;Mstantq at
130, a, 4 150" an'[ cnete_,ti (cal./mOte) wom
fl.mnd- 04', 0-343-3. ZLO; 112 X t0-1, 0.047, 27.3; 12 X
IQ-I. 0,11q. -It 0. G. If. lzmlapok~

'I, - . ! , - ." ~ -. , 7-1, ti ' ~! -
- : 1
I
~ .1
7-
kt~
, I
t~,N

f
miuurmu, G.P. [deceased]; ~UMKA, L.V.; HASTRYUIOTA, T.A.; KABACHNIX, M.I.
Mobility of sulfur in thisphosphorue-organic compounds. TrilLlkythiSRe-
phosphates and dialkyLthisphosphates. Dokl.Alt SSSR 106 mo.5r846-850 P
156. (MaA 9:7)
l.Chlen-irarrespendent AN SSSR (for XvAbachnik).2.1astitut elomentoorgemi-
cheskey sovadineaiy emii nauk SSSR i Inotitut fisichookey khinii
imeni L.V.Pisarzhevsk go Akadenii mauk SSM.
(Thisphesphates) (Bu -isotopes)

'TTTJ~ !F-i zn r zh ev:3 k ly carl-
-4~ UK.
:3. )R
ld(,',,~pic Exchn,-,~lt- ef Oxy;,-2n, 1lt,.,-),-en, tind Sulfur ir- Soluticns, and 'Its Mechanism."
0 . I
(so*~opec anA Radiation lin C."Alstry, Colle,:tion of papers of
,-.n,1 All-,!nion Sci. Tech. Conj. on Use of Radloa-Ltlve and -Stable Isotopes and
Radiation In NatArxialb Fcomnm~ an(l Sc-lence, Mot-cov, 12d-vu AN SSO,19f-18, 3-80PP,
Thir volume rublIsht A the re;orts of the C&.mir-*ry Se.-ti'm of tLe
Lnd AU 1---i Tech Conf on Use ( f HadimActive and Stable lso*.cpes and Radiation
in Scten--it and t.!~e Maltional I ~crvwty, sponsore-I ty A~-al S-zi !-u-SR ani Main
AlmEn for CtliArallmon of Ato Ic- Fnergy lmder Coun-~tl of Mtnim-sters
mos.~-ow 4-J.- Apr IQS7,

ECICK =W-A.
p0 mirnc-,"Ll j3pOjIzcv'InIyu atcz,-..oy
0--cnck~ oil th~- r~"Iccful
el the CQrl
196o.
V. 1.
L zllp
01:~ C. r, bckz;koy SSR..
Ln A L; c y Akadcnlia nau:c Uz
S. V. Acadc:-.Ici,-n, Aca~!'~I-,y of
tI Z:)ard: A. A. :,-'u11zIyc.* Cn-
tor-
and D. 11.
1 .9 n U. A. of
o c u I C a I o f Z 1 .3 1 o,: c a I
Iva'31'cv; (;. S. Yo. 1:17; Ye.
Cand!-Inta of F~yAcz; at-.d A. 1. NE.,011YO-1,
Canllila~;c of ::,dical anov, Can-uda~c of
.1. s Oadvkov Aca--'~-7.r of Scicncc3
a 3.TI; '--u. N. Talan
i n, Ac ad of Sciencez Uzbek in,
c

0t the Ta~hkenl ~,Cclt.) Z. C V/5 4 10
o0 PhyTics and Ya. ':vr.-,.:,,Ulov, Doctor
I icrizes. Ed. R. 1. 12,,aaldov; Tach. Ed.. A. G.
o c, c. a
1.3 intc- 11-d for wcr: