SCIENTIFIC ABSTRACT MYASNIKOVA, M. N. - MYASOYEDOV, M. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001135820004-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KTASNIKOVA. N.Y. (Ryazan')
Treating patients who suffered accidental amputation of the
extremities. Felld. i akush. 21 no.7:13-16 JI 156. CKIRA 9:10)
(AKFUTATION) (FtRST AM IN XILMS AND IRMT)

KYASNIWVA.. Mil.
Gastric sarcoma. 11hirurgiia 34 no.5:116-118 NY 1158 (MIRA 11:7)
1. Is knfedry goaDitallnoy khirurgii (zav. - prof. B.P. Kirillov)
Byazanskogo maditainskogo institute imeni I.P. PavlovR.
(STOMACH NEOPLASMS, case renorts
sarcoma (Rua))
(SARCOMA. case reDorts
atom-qch (Rua))

KIRILLOV, B.P.; LYSEI*,'O, V.A.; WinTNINA, T.N.; 114YAS111KOVA, M.N.; FETROV,")KAY!'t, ii.V.;
KTRILLOV, Yu.B.
"Crea'ion d'anastamoser, d1orFanes."
report presented at the 1Pth Congress of the Intl Society of 3urgery, Munich, 1---?0 Sep 159

MYASNIKOVA, (4.
late ;omplications of burns.
12-15 160o
(BURNS
Ortop., travm. i protez. 21 no.11:
(MIPA 14:4)
AND SCALDS)

KIRTLLOV, B.Pav profel PETROVSKAYA, A,V.p kand.med.nauk;,HYASNIKOVA 14-N -
MAKEVINA, T.N. [deceased]; YKPISHIV, N.K. f!l- -0 -9 P
n
Role of creating organic mma tmosee inmmicus t7pes of rwoular
pathology of the internal organs. Ibirurgiia, 36 no.1213-4 f60.
(MIRA 1431)
(LIVSR.-CIMMIS)

KOSTIUKOV, V-3-okand.ned.nauk; KTASNIKOVA, M.S.
Fractures of the upper end of the humeras and their treatment.
lied.seetra 18 no.2:3-9 7 159. (KIBA 12:2)
1. Is Ukrainskogo nauchno-tooledovatellskogo inatituta ortopedit
I travmatologii imeni prof. M.I.Sitenko, Miar'kov.
(HUMUS-FRACTUM)

NTASNIKOVA, Y.A.
Calculating the rise of the ground-water level by the method
of finite differences in case of a two-dimensional atrean.
Trudy Lab.gidrokeol.probl. 20:55-68 '58. (MIRA 12:5)
(Water. Underground)

KAMSKIY, G.R. (deceased]; GAVICH, I.K.; MYASNIKOVA, N.A.; SEKETOVA. S.M.;
RODIOIJOV, V.V., red.izd-va; TIUM 'tekhnred.
IROVA, S.G.,
[Hydrodynamic principles underlying the study of the ground-water
regimen and its changes due to the effect of artificial factors;
method of finite differences] Gidrodinamicheakie o9novy izuehenlia
rezhima gruntovykh vod i ego iz!nenenie pod vllianiem iskusstvennykh
faktorov. Moskva, Izd-*o kkad. nauk SSSR, 1960. 190 p. (Akademiia
nauk SSSR. laboratoriia gidrogeologicheakikh problem. Trudy, vol.
26). (MIRA 13:9)
1. Chlen-korrespondent AN SSSR (for Kamenskiy).
(Water, Underground)

KWHIROVA, N.A.
Comparing some theoretical methods used in forecasting the
rise of the ground-water level with data of in aitu
observations. Trudy Lab. gidrogeol. probl. 36 .:~2--34 161.
(14IRA 14: 11)
(Water, Underground)

M-YASNIKOVA, N.A. -
Prediction of the rise of the ground water level in a bedded
=dJLlm by the method of hydraulic analogies as revealed by the
studies of upper waters of the Irkutsk Hydroelectric Power Station.
Trudy Lab.gidrogeol.probl, 4003-102 162. (MIRA 15:11)
Irkutsk Hydroelectric Pmr Station-Water, Underground)

MYASNIKOVA, Nataliya Alekseyevna; GAVICH, I.K., kand. geol.-min.
.. - - taijk - dtv. rieT -;---MAMSKIY , V. L., red.
0
[Forecasting the rise of ground water by the method of
hydraulic analogies under complex hydrogeological. condi-
tions) Prognoz podpora gr-untovykh vod metodom gldravli-
cheskikh analogii ( v slozhr4kh gidrogeologicheskikh us-
loviiakh). Moskva, Izd-vo "Nauka," 1964. 69 p.
(MIRA 17:6)

IIIL OV' inzh.; POPOVA, K.B.,
LEVITIN, I.B., kand.tekhn.nauk;fMYV IKOVA
0 . V
nauchnyy sotrudnik; SIRSOV, VA., nauchnyy sotrudnik
Study of the temperature fields of electrical apparatus using an
evaporograph. Vast. elektroprom. 34 no.1:18-23 Ja 163.
(MIRA 16:1)
(Electric apparatus and appliances)
(Temperature-Measurement)

T~~, N.G., inzh.
BRON, O.B., doktor tekhn. nauk, prof.!JS~S UI
Welding of eleatrioal contactore during passage of large
currents, Slektrotakhaiks 34 no.10o4l,-47 0 163.
(MIRA 16til)
444W, ~

~j G
Pro,Im. I.I.,rrand.takhn.nauk; GRUBOV. A.F.; GtGOROCHKINA, M.K..atudentka;
KTASKIKOVA, N.T.,atudentka
Choosing outimum weft twists for burlap fnbrics. Tekst.prom. 18
no.5r7o-71 My 158. (MIRA 11:5)
1. GlavWy inshener Earvskoy llno-dzhutovoy fabriki, (for Grabov).
2. Zostromskoy tekstillnyy institut (for GngarochicinA, Hymanikova).
(Burlap)

SHILLER.-VOLKOVA, '6.01-CHINA, T.P.; W%roKAYA, Ya.A.; ORLOV, N.I.;
TROITSKAYA, I.P.; rFlWT~`l(VA, F.A.; MYASNIKOVA, 0,F.
Experienr,,r, In I've usR of mothods in proventive examinationa
oT womon. Al;ueh. 1. gin. 40 no*.4s7l-74 JI-Ag 164, (MIRA l8s4)
1. Goauiarstvo~riyy onkologicheskly inutitut imen' Gortseria (dir. -
prof, A.N.Ne-vikov), Moalwa i RcAillnyy don, N-o.i) (plavnyy vrach 1.7.
Pavlova), Moalwa.

14TASNIKOVA, O.Kh.
Effect of sunflower oil on Indicators of lipid metabollsn in patients
with atherosclerosis. Terap.arkh. 31 no.10.'30-33 0 159.
(KIRA 13-3)
1. Iz kliniki lechebnogo pitaniya (zaveduvushchiy - prof. F.K. Mong-
shikov) Instituta pitanlya AMN SSSR, Moskva.
(LIPTDS blood)
(IMMIOSCLICROSIS blood)
(OILS)

., I - ly, - . ,
ZY'ULKOVSKA,B.; M-YAMTKOVA, Y AYGOV~~,)S.~ . - 4 .
Crystal structure of dij),'-,eny .&r-rury. j3t-11~'. X-!~'M. :1
no.5:737-742 S-0 'U~, '!' i~,A -,R ~ I )
1. Institut e-,' emen toorgan ', k' ~, ~-, 'ner. , 7 A!: 571-SP.

M
-W
lepulaum Of
I and Oxalfie adds
of h mjxb 1016 ww
a Itateduhtet"r: =u I
nr
Chalay R. M. aF)76-L 0 1 ltppx~ M,
-V" llillydroxyglutimal:6 M and
oxalate
W. i-,Mtld M H,SO,:a
the free add, followed - fild. de0i
11, and If the qt=i
Practically eq 0
Uiv. onty't IV
U&M. separation of tho
two* acidi can be achieved. T
Whydrox cun*%tes tbs, Ions Gi
utadc add Inherent in th,$.usu&l indlGW sep"tion
based onyT
mtfmal Precipitation
OH 4
with cag
adds obtained in the ozjjjgtj,, of )f the MIQ
vlose wit 00'~
4ZA
vil

lflrl'!~
SAPOTNITSKIT, S.A.; MASSOV. Ta.A.; KYASNZEDVA, R.N.
Conversation of sulfite-waste liquor concentrate from a fluid to a
olid state. Gidrolls.i lesokhim.prom. 10 no.4:17 '57. (MIRA 10:7)
:
. Voesoyuzn" nauchno-Issledovatellskly institut g1drolisnoy i
ullfitno-spirtovoy promyshlennosti.
(Sulfite liquor)

AUTHORS: Myasnikova, R.M. and Kitaj-orodskiy, A-I- ?0-3-2-5/2E
a
TITLE: ures of Mixed Crystals of the System Ac.-';.1-4ne--
knthracene (Stroyeniye smeshannykh kristallov sistemy
akridin-antratsen)
PERIODICAL: Kristallografiya.. 1958, Vol 3, Nr 2, pp 160 -- 16~-
(USSR).
ABSTRACT: The anthracene and acridine molecules are ge~-metri-.ally
s J.mi lar 'cut owing to rhe presen2e of a nitrogen atcm ii. ',-he.
acridine molecule, their symmetries are mirjn and mm2
respectively. It was earlier thought that a r-cnt.;niiou.,3 range
of solid solutions is formed but this is shown -11-c be ir.:orrec--~
-and that there a-re breaks at 4%o and 28% anthracene, FT--m
0.- 4.6%o anthracene needle ctystals are formed; between 4.6
and 28.2% monocrystals were not, formed and at greater c,-,n-
centrations plates were produced. The unit cell dimensions
were: 100% acridine a.sin-0=16.35, b=18.51, c = 6~0? A:
packing coefficient k=0.713; 4.6% anthracene a.sin0=1?,08,
b=19.60 , c=6.08, k=O.&,P 28.2% anthracene a=8.421,
b=6.061 c=11.054, 0=123 46', k=O 70?; 10056 anthraccne
a = 8.561, b=6.036. c=11.163 , D=i24'421, k=O.?22~ At
the a-nthracene-ric~ end there are 2 molecules per unit ~:eii
Cardl/y d at the other end 8 molecules.

70-3-2-5/26
The Structures of Mixed Crystals of the System Acridine-ALth-racene
There are 4 figures, 2 tables and 6 references, 3 of which
are Soviet and 3 English.
ASSOCIATION: Inatitut elementoorganicheskikh soyedineniy AN SSR
(Institute of ElewnW-organlc , 'lompounds, Ac.Sc.. USSR)
SUBMITTED: July 9, 1957
Card 2/2

SAPOTITITSKIY, S.A.; KTASNIKOVA, R.-M.; NIASSOV, Ya.A.
Steam desorption nf SO2 froa experimental solutions. G14roliz. i
lesokhim. prom. 1.1 no-5:15-16 158. (MIRA 11:9)
1. Voesoyuzrqy nauchno-isoledovatel'skiy institut gidroliznoy I
sullfitno spirtovoy prom7shloniinsti.
(Desorption) (Sulfur dioxide) (Hydrolysis)

,WM. Twjy WisitmirmUtl A. L
f4yAl., k.v -,
-Csmftu~ at ft um me an sumstom of S" smlwu~ de
Orem" qadl~
at mg rstwmu4ud &&An of
twoomd. ZL4? or 1"r

MYASNIMVA, R. M., KITAYGORODSKY, A.I.
'16;;; F.K. On the Theory of Solid Solutions of Organic Compounds."
last. of Organo-Element Compounds, Leninsky prosp. 31, Moscow, USSR.
paper submitted for 5th Gen. Assembly, Symposium on Lattice Defects, Intl. Union of
Crystallography, Cambridge U.K. Aug 196o.

KITAYGOROBSKIY, A.I.; KTASNIZUVA. R.1(,
Distribution of impurity molecules in solid solutions of organic
compounds. Kristallografiia 5 no.2:247-252 Mr-Ap 160. (MIRA 13:9)
1. Institut elementoorganicheakikh sojedineniy AN SSSR.
(Solutions, Solid) (Organic compounds)

AUTHORS:
TITLE-
PERIODICAL:
S/070/60/005/004/010/012
Ela~%6
Kitaygorodskiy, A.I. a a0snikova, R.M.
On the Theory of Solid So of Organi
Substancesi
Kristallografiya, 1960, Vol. 5, No. 4,
pp. 638 - 642
TEXT- Earlier contributions to the theory of solid solutions of
organic substances (9 references to work by this group) are now
followed by a thermodynamic examination of the problem. Concepts
of the radius of action of the impurity (minor constituent)
molecules and "interl-ock solubility" are introduced. In the
latter case impurity molecules enter the lattice of a solvent
only in the boundaries bet,-.-~en blocks and not continuously , /9
A quantitative relationship is found between the solubility and
the geometrical distortions of the lattice.
A preliminary assessment is made of which factors are important
thermodynamically. For an experimental verification it is
necessary to determine: the strain energy on change of the
crystal unit cell size from the energy curve of the interaction
of non-valency bonded atoms; the change in the oscillation energy
of the molecules by finding by X-ray methods the characteristic
Card 1/2

S/07o/60/005/ooVoio/on
E132/E36o
On the Theory of Solid Solutions of organic Substances
temperature, the difference of the free ener_Q;6--s of the component
by measuring their heats of sublimation. Tests of numerical
-values give agreement with the simple thermodynamic picture. A
numerical calculation is given of the distortion energy of
anthracenelmoiecules in the acridine latti-ce. Cases are observed
experi-mentally where the cell size of the solvent does not greatly
alter with the presence of' solute molecules and here interblock
-3oll.ibi.lity may occur.
There are 10 referenc-e!3: 9 Soviet and I French.
ASSOCIATION: Insutut elementoorgani-cheskikh soyedineniy AN SSSR
(last-itute of Element-organic Compounds of the
3 -US
SV
A
SUBMITTED: February 2 ig6o
Card 2/2

MYASNIKOVA, Re Meg CAND PHYS--NIATH SCII "INVESTIGATION
OF SOLUBILITY IN A SOLID 0 ),,~4"-L-
STATE N THE *ftft" OF CERTAIN
BINARY ORGANIC SYSTEMS.- Moscow, 1961. (INST OF CRY$-
TALLOGRAP"Y ACAD SCI USSR). (KL, 3-619 204).
61

SALPOTNITSKIY, S.A.; MYASNIKOVA, R.M.; SHARKOV, V.I.
Use of S02 for the inversion of oligosaccharides in the 11--iuor
of bisul-fite cooking of vegetable raw materials. Gidroliz. i
lesokhim.prom. 17 no.1:12-13 164. (WRA 1'7:4)
1. Gosudarstvennyy nauchno-issledovatellskiy institut gidroliznoy
i sull'litno-spirtovoy promyshlennosti.

14YASNIKOVA, R.M.D ROBAS, V.I.; SEMIN, G.K.
Particular features of' the structure of Achlaronaphthalene, Cry'stals.
Thur. struk. khim. 6 no-3.1474-.475 MY-Je 165-
(MIRA 18:8)
1. Institut elementoorgani----heskikh soyedlnenly AN SSSR.

AUTHORS-
TITLE:
S/18 62/004/003/014/045
B142XB102
'Ayasnikova, T. P.,and Yatsenko, A. F.
Changes in the infrAred spectra of NH 4HSO~p RbH30 4 and
(NH 4)2 so4on transition into the ferroelectric state
PERIODICAL: Fizika tverdogo tela, v. ,I, no. 3, 190629 653-656
TEXT: The reasons for the occurrence of ferroelectricity in :;-H HSO 41
RbHSO4 and (HNH 4)2 so4were explained by means of the changes in the
infrared spectra. For this purpose the purified 3ubstances
(recrystallization in aqueous solution with AH 4 H304and (INH 4)2 soI and
growing from an aqueous equimolar solution of Rb 2 so4and H 2so4 %vith
RbHSO ) were cooled below the corresponding Curie points. NH 4HSO4 is
ferroelectric between -30 and -119 0C, RbHSO below -15 0C and (NH ) so
4 2 4
Card 1/ 4

S/18 62/00.'/003/014/0-15
Changes in the infrared ... B1, 42Y81 02
below -50 0C. The SO--- group with NH H30 and RbHo"O bionic vibrations
4 4 4 4
800 - 1400 cm- 1) showed no changes in the spectrum except for a splitting
of the 667 cm- 1 band with NH,HSO above the Curie point. Hence the SO--
,+ 4
radical does not influence ferroelectricity. It was found that the
3165 cm- band of NR 4HSO4splits into the components 3100 cm- 1 and
3150 cm- with RbHSO 4 the 3200 cm- 1band splits into two (3100 C.M- 1 and
3200 cm- The splitting can be calculated from the cryst-allogrp.Thic
structure of the unit cells and the resulting ionic sym.~-,etry..Comparison
of the measured and the calculated bana confirms the space groups of the
isomorphous crystals of NH 4HSO4 and RbHSO 4* The occurrence of the
5100 cm-1 and 3200 cm- 1 bands in both crystals below the Curie point
suggests a proton tunneling along the 0-R-0 bond. Hence it can be
Card 2/4

S/18 62/004/003/014/045
Changes in the infrared ... B142X3102
concluded that the H-bond in O-H-0 causes ferroelectricity in RbHSO, I and
NH HSO In the range of SO __ ionic vibrations above the Curie point the
4 4* 4
spectrum of (211H 4)2SO4 shows a splitting of the broad band with its center
1 1 1100 cm
at 1080 cm into the components 1035 cm ? and 1143 cm and
and intense, narrow 9 3 cm -1 band. In the frequency range of the H bond
the 3235 cm- band splits into two (5190 cm- and 5200 cm- from which
a proton tunneling along the N-H-0 bond can be concluied. The 963 cm-1
band and the failing of a shift in the Curie point at deuteration
contradidt'. the assumption that the H-bond causes ferroeloctricit:,, in
(NIH 4)2SO4' There are 6 figures, 2 tables, and 13 references: 5 Soviet
and 8 non-Soviet. The four most recent references to English-language
publications read as follows; R. Pepinsky, K. Vedam. Phys, Rev., j_Lj9
1502v 1960. R. Pepinsky, K. Vedam. Phys. Rev., 114, 12179 1959.
R. Pepinsky et al., Phys. Rev. 111, 1508, 1958. S. Hoshino et al.,
Phys. Rev. 112, 405, 1956.
Card 3/4

S/181/62/004/0G3/011/045
Changes in the infrared ... B1,12/B102
ASSOCIATION: Rostovskiy-na-Donu gosudarstvennyy universitet (Rostov-na-Donu
State University)
SUMITTED: October 27, 1961
Card 4/4

L 1E,385-63 EWT(1)IEW(q)IE~IT(m)IBDSIES(s)-2 AFFTC/ASD/ESD--I/1J?(C)/SSA
XCCESSIO.N-NR: AP3003869 Ft-4 W/RDW/JD S/0181/63/005/007/1783/1790 1,4~
AUTHORS: Bazhulin, P. A,; Hyasn I Rakov, A. V. 7~
71
TITIZ: Investigation of the vibrational spectra of some ferroelectrtc materials
by combination scattering of light
SOURCE- Fizika tverdogo tela, v. 5, no. 7, 1963, 1783-1790
TOPIC TAGS: ferroelectricity, combination scattering, vibrational spectrum,
ammoniwn, sulfate, selenate, Rb, Li, Na
~7
ABSTRACT: The authors have obtained and studied the pectra Sf combination
scattering in the ferroelectric compounds (N1 2 4H HSO _AAbHS04
W S04'91' 4 41 --qL' H 3 (Lc 0 3 ) 2 ,
and NaH3(Se03)2 at room and lower temperatures near' CgVpoint Wr phase transition.
From these spectra they have measured the width and relative intensities of the
bands and have discovered a dependence of band intensity on orientation of crystal
for spectral excitation In natural and artificial light. In addition to the bands
corresponding to internal vibration of the SO?;- ion, several "extraneous" bands
were found in the spectra of sulfates and bisulfates. However, low-frequency vi-
brations declining in frequency at the Curie point re not observed. The authors
t
Card 1/2

L 18385-63
ACCESSION NR: AP3003869
conclude that their work makes possible reliable interpretations of the spectra of
the investigated crystals in the frequency range of 300-1200 cm-1. The study of
e dependence near the phase transition has shown that the vibrational
temperatur
frequencies of the SO~- and SeO-- radicals change insignificantly with temperature.
orig. art. has: 2 figures and i tables.
ASSOCIATION: Fizicheskiy inatitut im. P. N. Lebedeva AN SSSR, Moscow (Physical
Inititute. Academy of Sciences, USSR)
SUBMITTED: 07Jan63 DATE ACQ: 15Aug63 ENCL: 00
SUB CODE: PH NO REF SOV: 004 OTHER: .012

ACCESSION NR: AP4020974 S/0051/64/016/003/0540/0541
AUTHOR: 114yasnikova, T. P. ; Aref 'yev, I. M.
TITLE Low-frequency absorption spectra of some forrooloctrics
SOURM Optika i spektroslcopiya, v.16, no.3, 19G4, 540-541
TOPIC TAGS: ferroalectric, ferroelectric transition, optical mode, absorption spec-
trum, ammonium sulffato, rubidium bisulfnte, lithium hydroselenite, riodium hydro-
solenite, lattice vibration
ABSTRACT: It is known from the work of P.Anderson (Physics of Dielectrics, Trudy
Vsesoyuznoy konferentsii If)58,U.1960) , VI.Cochran (Adv.Phys.9,387,1960) and V.L.Ginz-
berg (FTT 2, 2031,1960; Usp.fiz.nauk 77,621,1962) that phase transitions in ferro-
electrics affect a small number of optical modes, the frequency of which decreases
greatly at the Curie point. It is of interest to identify these modes. In investi-
gating the temperature behavior of the bands of the ferroelectric materials (hH4)2-
S04, RbHS04, LJ113(SeO3)2 and NaH3(SO03)2 by observation of their Raman spectra (P.1
Bazhulin, T.P.Uyasnikova and A.V.Rakov, Ftt 5, 1733, 1963) no low-frequency vibra-
tions sensitive to the ferroelectric transition were detected. Accordingly, the pro-
Card 1/$ 1'.~_

ACCESSION 0: AP4020974
sent investigation of the infrared absorption spectra was undertaken to seek such
low-frequency vibrations. The present paper describes the preliminary results ob-
tained for the 55 to 170 cm-1 region with observation at room temperature. The spm-
tra were obtained by means of a special long wavelength spectrometer constructed in
the Physical Institute of the Academy of Sciences (SSSR) with a 4 lincs/mm echelette
grating; the infrared source was a PRX-4 mercury discharge tube. The detected ab-
sorption bands are listed in the table (Enclosure 01). The bands are tentatively
identified. Definite identification of the "forroolectric modes", however, must
await further studies involving observation of their temperature behavior. "The
authors are grateful to P.A.Bazhulin for his interest in the work and discussions."
Drig.art.has: 1 figures and 1 table.
ASSOCIATION: none
SUBLIMED: 24Jun63 DATE ACQ: 02Apr64 EXCL: 01
MY CODE: PH KR REF SOV: 004 OTHER: 006
Car 2/p-

M'YASNIKOVA, Ye.V.; TKAGHENE, L.A., utv. red.
[Transition from ~he mear, -,FAily (,IB~--,I-arge of f*--cjoc waLe.-.q
f
in the rivei-s of the Ussuri oasin to ,.he maydraim] C) Pore-
khode ot srednesutochnogo pavodochno-go rasklioda vody na
rekakh ba,;reina r. UBsuri k maksimpilInym. Vladivos. tok
lriip~jrskoe izi-vo, !9i--4. 5 ~. (~.'IAA 17:12~

BYKOVTSEV, G. 1. (Voronezh)'; MYASNYANKIN. Yu. M. (voronezI..."
,hf)orv of the arawing of a rigid plastic strip tn:-ough cur-illingar
dies. izv. AN 33311. -Mekh. i mashinostr. no.3sll3-i-16 My-Je '64.

DAIUMV, B.P., inzh.; BORODITSKAYA, R.M., inzh.; ZHUDOV, V.F., inzh.;
BORISM, N.S., inzh.,- MYASNYANKINA, T.V., inzh.; KILIDEYEW, V.Ye.,
inzh.
Shrinkage of air-entrained concrete without autoclave treatment.
Stroi.mat. 8 no.1:38-40 Ja 162. (M-P 15:5)
(Air-entrained concrete)

BARINOV, A.A.; BORUDITSKAYA, R.1-L; SUBMOVA, N.S.; DANILOV, B.P.;
MIASNUNKINA, T.V.-; TOKA"T, G.I.
Singlo-layer al4bg made of sommtoclaved air-entrained fly-a& vencrete.
Stroi. mat. 9 no.2:22-23 F 163. (MIU.36&2)
1 Doz*tokiy nauchno-iseledovatel I skiy inatitut nads --k- - - stroitel I
9;va Akademii stroitel's-tva i arkhitektury UkrBSR (for toW. lbrodit-
skaya, Borisova, Danilov). 2. Nachallnik otdola novykh strottjillnykh
materialov Donetskzhiletroya (for Hyasrqankina). 3. Nachallui).
Donetakogo domostroitellnogo kombinata No.1 (for Tokarev).
(Concrete slabs) (Air-entrained concrete)

KUZIIW, A.M.; GIEMBOTSKIY, Ya.L.; LAPKIN, Yu.A.; KALENDO, G.S.; BREGADZE, Yu.I.;
MAMfV Ya.V. [deceased]: MUSNYTANKINA, U.N.
Mutagenic effectiveness of incorporated C14. Radlobiolog4 4 no.6:
804,W9 164. kMIRA 18:7)
1. Institut biologich,!,~..~-oy fiziki AN SSSR, Moskva.

MrASNIKOV, " (Leningrad); MIASNIKOftt.-YA.B. (Leningrad);
SMMIAKOVp G.A. (LmuI'ngrZad7 ~
*Tactile" transducer using surface ultrasonic waves. Akust.
shur. 9 no.3085 063- (MIRA 16t8)
(Transducers) (Ultrasonic waves)

ACCESSION NR: AR4028477 S/0245/64/000/002/VO21/VO21
SOURCE: Referativny*y zhurnal. Elektroniki i yeye primeneniye.
Svodny*y tom, Abs. 2V134
AUTHOR: Myasnikova, Ye. 1.i Serebryakove A*
TITLE: Concerning the simulation of touch by means of surface
ultrasonic waves
CITED SOURCE: Sb. tr. Leningr. mekhan. in-ta, no. 33, 1963, 43-47
TOPIC TAGS: ultrasonic, surface ultrasonic waves, simulation of
touch, tactile analyzer, barium titanate pickup, pressure dependence
TRANSLATION: An ultrasonic model of a tactile analyzer is described.
A grid of surface ultrasonic waves was produced at frequencies 0.8
and 2.5 Mc/sec with the aid of wedges made of polystyrene with
barium-titanaterpiezoelements on a plate made of fused (Partz, steel#
Card 1/2

ACCESSION NR.-' AR4028477
aluminum, or MA-3 alloy. The UZD-7N flaw detector was used as the
receiving and transmitting unit. 'The pulse amplitude decreased if
an object was located on the path of the surface waves, and depended
on the pressure of the object against the surface of the plate.
The dependence of the received pulse on the pressure of a rectangu-
lar object made of porous and solid rubber is presented. Some prob-
lems are considered in the theory of obtaining images and the trans-
mitting ability of the model of the tactile analyzer. 3 illustra-
tions. Bibliography, 3 titles.. 0. K.
DATE ACQ: 3lMar64 SUB CODEs So ENCLS 00
Card 2/2

L 46183-66 _SWT (d) 1F.4T (m) 11--rr (w) IFTIF ( t) ZETI /FdP (k) 1JF(C) J D/P-',!Z EM
ACC NR:
AP6013894 SOURCE CODE: UR/0020/66/167/006/1260/1262*:
AUTHOR: Bykovtsev, G. I.; Myasnyankin, Yu. M.
(Academician)
ORG: Voronezh State University (Voronezbskiy gosuderstvennyy universitet)
TITLE: Slip surfaces in three dimensional rigia plastic bodies
POURCE: AN SSSR. Doklady, v. 167, no. 6, 1966, 1260-1262
TOPIC TAGS: plastic strength, shear stress
ABSTRACT: By the slip surface is understood tpe surface at which the
ir,aterial experiences the maximum clean shear.'V-fte article is an attempt
!to demonstrate mathematically that the surfaces of discontinuity of the
velocities aLnd the surfaces of discontinuity of the rate of deformation
coincide with the slip surfaces. After eLn extended af-bematic-a-1--
treatment the article arrives at the relationship
8101
Oyr g.- + 'I', g'. = 0. (22)
0Y.
,'Which defines a system of three equations which must be satisfied by the
I Card 112 U DC 53 9. 214

I-
L , '1183-66
ACC NR:
Ap6oI3894
discontinuities in the velocities at the slip surface.
,22 formulas.
Orig. art. has:
SUB CODE: 1l,, 201 SUBM DATE: l6Jul65/ ORIG REF: 0051 OTH REF: 0011i
i
2/27

ARKHIPOV, 14,1.; WASNYAWINA, T.I.
Effect of phenols and phenol, butyl formaldehyde resins on the
formation of the oil-lacquer film and its properties. Lakokras.mat.
i ikh prim. no.2:11-13 164. (MIRA 17:4)
1. Ivanovskiy khimiko-tekhnologicheskiy institut.

OXMIDENKO, N.N. , podpolkovnik meditainskoy Sluzhbyt-BRODOVSKIY, V.K., mayor
meditsinskoy sluzhby; KYASOYED, L.P. .
Clinical aspects of serous meningitis. Voen.-med. zhur. no.5:46-47
W 161. (MENINGITIS) (MIA 14:8)

.yA3(rf-,9(77, A. N.
"The Pro(juction of Continous Infr~is b.,,*
'y
the "nif-low 10!1, 1:Pt'- 1 f +~~c
edov A. N. :~nl
Tsvet . I~et -1h, 4110 1('-Ij, Oct.-Ncv- 1-1-4-
Ffr-~~lort. U-1506, 4 Cc~ . 1-cl5l

MYASCYVIDCV, A. Cand. Tech.
Dissert;:ti~lll "Investir--ticn c' t'-e F-tc.-s f-)r C' t-i'rW
for "e2tln,- ~:llass
IffalS, 26 J-,An 47.
SC : Vechernyava Yoskva, Jur., 1?47 (Pr7,,,ect

11 /,-/,S 1: 1 z - 4 ) " t, / - ",6
11 1
MYASOYEDOV, A.N.
----~Ontr=nU,rU--sf,o-unding.
Lit.Droizv.no.12:1-3 D '57. (MIRA 11:1)
(Founding)

KrASOYNW7. A.M. Insh. j TWIMIROV, L. S.
Machining of crankshaft journals in marine engines. Froiz-w.-tekh.
abor no.1:90-100 159. (KIRA 13:9)
1. Teentrallnoye provektno-konstruktorskoye byuro.
(Karine engines) (Cranks and crankshafts)

SUV/129-5a-6-6/19
AUTHORS- Prosvirin, V.I., Doctor of Technical Sciences, Zudin, I F,
Candidate of Technical Sciences ai-,d filyasoyerlov A
En g ine e r
TITLE, Diffusion Metallic Cementation in Aerosols (Diffuzionnaya
metallotsementatsiya v aerozolyakh)
PERIODICAL: Metallovedeniye i termicheskaya obrabotka metallov 1951~
Nr 6, pp 24 - 30 and 35 - 58 (USSR)
ABSTRACT-, The here described method of diffusion metallic cemen-
tation in aerosols., for which an "Author's Certificate"
was issued in 1950, permits surface saturation of steel
with various metais (aluminium, chromium, manganese etc.)
in gases con-,aining suspended solid-phase particles,
This can be effected by means of eQuipment; a dia~Srammatic
sketch of which is -.3hown in Fieure 1,
, p 25., After
heating in a furnace the component is quickly charged
into a retort and a dosing apparatus is put into operation
which contains double or treble the required feed rate of
the mixture (duri-ng the first 10 to 11~ min of heatirt-) so
as to achieve rapid filling of the retort wiT;.ri -,?ie reaction
products of the mixture in order to prevent ox:.d~-.,cion of
Cardl/6 the comDonent, 6'ver7 I to 2 min the dosing apparatus feeds

Diffusion ketallic Cementation In Aerosols "0v/129-59 -6-E/I ',-:
working mi-x-Vixe into the re'ort _JE small pcrtlcn~,, A
suitabLe substance fcr ali-isia- is a mixture of fine
CD
alumini-am pewder and amii,~on:um zhlori'de, A par- of
alumi-nium pewder wil' be 3uspended in the ,asoous phas;~
forming aerosols, At ele'vated temperatures the amLionium
chloride evaporal:,es and decomposes, formint.~ hydrogen
chloride, nitrog-n and hydrogen. Unaer nonditions of low
temperat,Lr-~ heating from 500 - 400 'C. the redc"jor,
proceeds wi.th "he fonriaticn c-1.1' ammonia ar.J hy(Jro.4en
chloride,, Th;- hydrrgeri -hloridr- ~s tYe b;:ijlc. whi,--h
p:Lrticipates in the 7,ubst-quen- reactiono of ChLorination
of the metals, The :tipm,.ca' reactions during cbl'orina~Jlon
were 'i-nvestigat-d by means of a test rig. a~, 9hown. in
Figure 2. Thp kinetir-s (-,)f :h'.arinat-Lon of Al, CIr. Mia
C)
Ti, Mo, Fe and NI., ~n a hydrogen chiorlde atmospherr~ a'.
700, 900 and 1 1.00 C,were investigated or the NuSis of '-he
changes in the voiume of the reaction products, The
results., for durations of up to 90 min., are graphed in
Figure 4. The obtained resuits are discussed iii some
Card2/6 detail, Experiment-s are also described which have been

Diffusion Metallic Cementation in Aerosols SOV/129-59-6-6/15
made on the diffusion of aluminium and chromium from tne
gaseous phase. Although metallic powder was present in
a suspended state, special experiments show that the
diffusion activity of the medium is predominantly influenced
by the vapour phase,, In the experiments, the gaseous
medium formed as a result of heating of the active mixture
consisting of aluminium, aluminium chloride and sodium
chloride, which was placed into a porcelain boat,
0.25 9 sodium chloride waB added for the purpose of
stabilising the activity of the forming gaseous products,
The low-carbon steel plates (15xlOx2 mm) and wire of
0.7 mm. were placed above the boat, not in contact with the
mixture, The boat with the steel specimens was then
charged into a porcelain tube and placed into a !-old furnace,
Before heating up, the tube was flushed with pure nitrogen
for the purpose of ejectIng air oxygen, In all theo
experiments the heating up to a temperature of 950 C
lasted for about 30 min, which temperature was held for
2 hours. Following that, the specimens were cooled i-n
the furnace for a duration of 10 min after each experiment,
Card3/6 the aluminium saturation of the wire, the microstructLre

Diffusion Metallic Cementation in Aerosols SGV/129
and the heat-resistance of the specimen at 900 (fo~~
50 hours) and also the quantity of mixture carri,d away
from the boat as a result of vapour formation we-e ds~te:-
mined. The results of these experiments are eni 3red in
Table 2, The heat. resistance coxresponded *,o t~-? quaritity
of absorbed aluminium .. the higher the aluminiuif absorption
the higher was thr- heat resistance, Ey-perimentz. vi;th
addition to the charge of a mixture ccnsisting ,f NaCl AL
and AlCl showed that it is possible to alitisp with,,jul~
introducLg into the mixture ammoniim ch,oride )r
alliminium chloride, The results of chromating ~xpr-rLmpnr3
with an active mixture consist:ng (--)f chromium :~od_i,UL
chloride and eluminjilm chlorl.de are r-ntered in PablP 4
In the last part of the paper, the authors di3rtiee th~~
factors which influence the metaLlic cemen.4~ati(n in ~,erosols
For alitizing,, they rer-.DmmF~nd 9ji active mixtur( consis~_~ng
of al'um:Lnjum powder' sodium chloride and ammon um chiori~~e
with the weight ratios 4-.-2-1., Experiments tav- sin-own
forced circulation must be applied to a..-hievc- 3atisfa-:~o.,'v
Card4/6 alitising. The results obtaa-ned in alitizing 'xp,~~-,ImtnTl- =-

Diffusion Metallic Cementation in Aerosols SOV/129--9-6-6/1-
with iron and 8teel specimens are entered in Table 5,
In Figure 5, the heat resistance at 900 C is graphed
for iron al-itiz3d at c)50 C for durations of 2 hours a-ad
4 hours,. In Figure 6 the influence of the alitizing
temperature, for an alitizing duration of 2 hours and ol
the duration of the aliti~zing,for an alitizing temperature
of 950 C,is graphed, Interesting results were obtained
in experiments relating to simultaneous saturation of
steel strips with Al and Cr, these and also results
obtained with siviltaneous saturation of steel with Al and
Mn a-re entered in Table 6. In Figure 7, the distribution
as a function of the depth is graphed of Al and Cr in the
diffusion layer of augtenitic steel after Al chromation
in aerosols at 1 050 C for 6 hours. In Figure 8 the
distribution is graphed of Mn in the diffusion layer of
austenitic steel-- after simultaneous saturation with NIn
and Al bv diffuqlon for 6 hours at 950 and 1 01,0 ,C
respectively.
Card5/6

SbV/129--Q-6--6/'5
Diffusion Metallic Cementation In Artio-;oiF J "
There are. 8 figures and 6 tables.
ASSOCIATION: TsNIITMkSli
Card 6/6

GOROMAIMN, A.N., kand.tekhn.na*; HOVITSKIY, V.I., kartd.tekhu.nauk;
IMTANIN, I.R., ddktor tekhnwnauk; IODEDVSKIY, S.A.& imnd.tekhn.
nauk; IANZHESKIY. B.N., kand.tekhn.nauk; I-TILOW, B.S.j kand.tekhn.
nauk; XWONEV, R.I., kand.tekhn.nauk; TSTPIN, 1.00', )Ond.takhne
nauk; LEVIN. M.N., kand..tekbn.uauk; PAIMY, A.L., inztU; MASS.
A.M., kand.tekhn.nauk; CHERNTAK. B.Z., kand.takhu.nauk-, ASTAF'YF7,
A.A., kand.tekhn.nauk; TERMAKOV, K.A., inzh.; CRIBOT310OV. Yu.N.,
1mnd.tekhn.nauk;_ HYABOT31DOV,_A.N., insh.; BOGATTM. TU.Mo, kand.
takhn.nauk; UNUOV. Te.pe, ddktor.tekhu.u&uk, prof.; SHOFMN, L.A..
kand.tekhn.nauk; PIRLIM, YaL. Uixh.,; MOSHNIN, Itand.takhn.
nauk; PROZOROV, L.V., doktor teklm.nauk; CHERNOVA, Z.I., tekhn.
red.
inAbb's sanufacture of hapy mohiner7]
tiashelogO 11ashiU08troestia. Moskva,
Goo. nauchno-t ekhn. izd-vo~uashiuoetroit. lit-gy. part-1,tc3teel sualt-
found-ter, WWtt treatmenti ust*ls Y vref-
toinoe-prolsvoletv
davlentem., 1960. 266 p .
(NOSCOV.
hud-i"ledovatel'skil inetitut tekhaologii t mashi-
nostroentia. (Trudil no. 98). (MIRA 13:7)
(Steel) (Younding) (forging)

In V ti C.
USSR/Nucleax Physics - Structure and Properties of C - 4
Abe Jour Ref Zhur - Fizika, No 2, 1957 No 3216
Guseva, L I Filippova, K V., Gerlit, Yu.B., Druin, TA
1~ F ., T13,ran~in, N 1,
Otl.:~iining En and Fm with a Cyclotron.
,jL i~- Pul, No 2, 50-5~;
nil'
"On -(i wi, a cyclotron having a magne* wl-h pole
dia,--,~,,- ,m Th~- i:i:i j~I:A, !~-lements Wert! separated ty
t h e f I U-0 r 1,~-, ~t--L.,Iod -isinZ La a-.,~ a carrier. The half lives and the
energies of Lhe ' particles were measured vith the aid of photographic
plates and an ionization chamber with a spherical electrode. The quin-
tuple-(!haxged ioii:-, of N were obtained in a specially developed slil -'-.ip--
:oUrckl. The ener6y of the_ ions at the maximum radius was 105 Mev, and
the ion current was 5 x 10 1 amp. Irradiation of U by N ions produced
the i ~,otope En24'(, identified hy the value of T and by i,he energy of
I parti-les- Sextuple-charged 0 ions were obtained by "s~..ripping"
double-charged 0 ions on molecules of the residual ga3 in the -yclotron
Card 112

Category USSR/Nuclear Physics - Structure and Properties of Nuclei C-4
Abs Jour Ref Zhur - Fizika, No 2, 1957 No 3216
chamber. The maximum energy of the accelerated sextuple-charged ions
of 0 at the maximum radius was 120 Mev The current of ions with
energies exceeding 100 Mev was 3 x 10-~ amp. The isotope Fm was ob-
tained by exposing U to ions of 0 and was identified by the value of T
and by the energy of the-4.particles. Several hundreds of atoms each
of isotopes of Cf, Bk, and Cm were separated by the chromatographic
method.
Ca.rd 2/2

, v . .
- ~VSCT- 'V. R. F. . FI:J`,-QV.-'-, Y. V. , 7-L 2,C1, 3 '% , Ya: T ' ' - . 1- 1.
-L EDC Z , ~U. P., 3' ~ ,
~nd IN. 1. Ccad. -c- . 'I'SSR)
"iiass Distribution of Fissioi: Fragments Forpated b,! '.itrngen Ions on
Gold and Uraniur, Nuclei,"
paper submitted at the A-U Corif. or, -uclear 4-'-eactions in Medium and :,ow ---iieriZi
tics, Moscow, 19-27 1-."
~hy,- 11 -V 57.

56-2-4/47
r. HCR GEFLIT, ~u.3., GUST74 MYASOMOV,3.,F.,
F ILIPEOVit, K. . - , P7"v, G.M*
TTLE lield of Californium isowpt-,b ,uk.-,,ced in t~- -riLerzi.-Lion .-etween
,L.L
Carbon Isotopes and Jrw.lum Nuc ''t~ i
(Vykhod.v isotopov kalif'orniya IV 1'(jakLsiy&kh vmimodeystviya bnov
ugleroda s yadrami urana. Russlan~,
P L 10 --" I C A L Zhurnal Eksperim. i leoret. riziki 1957, "Jol 31, :-1-
- 342
e,:3STRACT In a 67 cm cyclotron four-fold charged carbon ions are accELerated ~Ap
to go ~,eV. With this energy t1:ey impinge upon a thick uraiium tar~,et
U
and cause the reaction U(C, n)Cf. The absolute yields per impinging
carbon ion and the following reactions are:
U239(cia, 4n) Gf 246 1,5 - 10-9
245
(Clz, 5n) (;fL 3,0 . 10-9
la
1239 (C . 6n) rf244 9 . 10-11
The fissioning of uranium bombarded with carbon was found to ue
3,8 . 103 times more probable than the 2~vaporation process nf' neu--
Card 1/2 trons from the intermediary nucleus Cf 7'0 .

56-2-4/47
Yield of Californium Isotopes Produced in the Interaction
Carbon Isotopes ar:d Uranium 'luclei
(With 1 table and L4 1111-istrations).
30 C
-A,-ION xari4-.mv of opi-n,ps USSR
(Akademiya nauk SM)
FIKS;~.IUD By
.7:1JBILETED 5.3.1957
~"'-!Le,BLE Library of Con.:rass
-'ard 2/2

AUTHOF ~arantin, N. I., ~erlit, Yu. 3., 3useva, L. I.,
Myasoyedov, B. F., Filippov-t, K. V., Fler-ov, 3. 11.
TITLE: The Mass Distribution Of Fiasio% Products Jr)duced by t.'ie
Irradiation of Gold and Uranium by Nitrojen Ions
(Raspredeleniye po maasam produktov deleniya,
obrazuyushchikhsya pri obluchenii zolota i ura;ia ionami
azota)
MIODICAL: Zhurnal Eksperimentallnoy i Teoreticheskoy Fizil-ij 195u,
Vol 34, Nr 2, P~ 316-321 (USSR)
ABSTRACT: The present .-!or,- investiGates Cle iaasb spectru:a of the
fission frao.-ients of radon and einsteiniuia which are formed
in the irradiation of ,-old and urarium with nitr,),;er. ions.
First the ex -erimental method is disc :ssed. 3ol 1- and
uranium nlates of a tliic'~:ness of 30 p were irr-zdidted with
five-times c'.i,1rL;ed nituro -en ions fro:n a slit sol:rce at the
inner ray of an 15o om cyclotron. Tho ener,~,.y of t-e nitro-en
ions iva-. 11' ldeV. Aft,~r the dissolution of the irradi~~ted
target the different radioactive ele%i-nts on the
Card 1/3 corresponding carriers were dissolved. The radioactive

The Mass Distribution of Fissi~n ProdLcls ?roduced by the "-2 - 7/c/ 1
Irradiation of Gold and Uranium by 'Utro-een Ions
6
isotopes were identified according t.D their half life. The
relative yields of the nuclei identified this way are
listed in a table. A dia~;ra.-, shows the yields of t"-.e nuclei
.,iven in this table as a function of ti.e .-.ass numIz;er A. The
main part of the yield of fission products is concentrated
within a comparatively narrow interval of mass numbers. The
yield of fis3ion fra6ments increases rather greatly with an
increase of the mass number fro-, 70 to loo, and with still
.-reater mass numbers it decreases to the same extent. From
the experimental values of the yields of single nuclei the
L>
total yields of the correspondinE mass series (m-.ssovaya
tsepochka) were computed. The additional taking into account
of the yields of nuclei not identified in these experiments
changes only little the character of the distribution of
experimental points. The curve of the distribution of
fission fragments in relation to the mass with the values
A - 85 to 115 has the shape of a narrow peali with a half
width of about 2o mass units. The yields of Ga72,73, Se123,
Sb122 and the yields of thu series of decay3 corresponllinE7
to these nuclei do not coincide with the monotonous course
Card 2/3 of the curve and are a little greater as nornal. About 2o

The Maus DIstribution of Fission Producta Pr-,)duced b~, t!~c 56-2-7/c/1
Irradiation of Gold and Uranium by Hitro-en Ions
different isotopes were identified among; the fission
products forming in the irradiation of uranium with nitrogen
ions. The yields of the accumulated nuclei are collected in
a table. The fission of nuclei under the action of heavy
particles can be represented by the following; sche:..,c-.
Formation of a compound mucleus, emission of neutrons and
fission. The half width of the curve of the distribution of
fission frairments on the mass is considerably smaller in the
fission of radon than in the fission of ein8teinium. There
are 2 figures, 2 tubles, and lo references, 4 of which are
Sl"vic.
SUBMITTED: Au6ust 2o, 1957
AVAILABLE: Library of ConGress
1. ~3olJ-Irradiation 2. Uraalus;i-Ir:'i .'iabion 3. Nitrogen ions-
Applications 4. Isotopes-Determination
Card 3/3

/ 5
21(8) scv,'56- 36-
AUTHORS: Yara.nyan, A. S., Gerlit, Yu. B., Myaso~~,dov, B. F.
TITLE: On the Froblem of the Formation of Compound Nuclei During the Inter-
ae.-tdm(X htomi,: Nuclei (K vorrosu ob obrazovanii sostavnykh
.-,cider pri vzaimodeystvii atomnykh juder)
PZHIODICAL: Zhurnal eksporimentallnoy i teoretichuskoy fiziki, i~59,
Vol 36, Nr 2, pp 621-623 (USSR)
ABSTRACT: An investigation of the inter~;ction of multich,_-rf-el ions with
nuclei of various elements leads to the followina problem: In
what def-ree do these reactions proceed by the total fusion of
the colliding nuclei (with subsequent eva;.oration of neutrons."
The curves for the dependence of the cross section of a reaction
with flying off of a given number of neutrons on the excitation
energy of the compound nucleus can be used as a criterion of
these reactions. A. W. Stoner's new data concerning the billurc,'l-
tions of the a-decay and of the K-capture and ;,,lso more precise
measurements of the energy of the acceler.-:t-:~d nitrogen ions per-
mitted a more precise determination of the ezrit;~tion functions
Card 1/3 of the reactions Au 197 (NI4,xn) with x = !.5,6. Ttv.-Ee Pycitation

5 01 V,i 56-36-2-45 6],
On the Problem of th- Format_'on of Com- ound "'ucl _-i During the Interaction
of Atoiftic Nuclei
function---- (~thich r (! s i:i -L 'i c a -i i t h f I'--Jn~- off of
5, --nd 6 neutrons re c~!:ii- ct,_ri-~tic thr Formation Of a COM-
. ound nucl,~iis. i1ccor iinZ to J 'q, valueL, of th-? cross
sections, the reaction vor, .;r,-babl,,, :-roct:-~s i~i this ?,,ay. If
the ener~-y of the r1itrogen ionj ij hi !,-r 76 "'pv. the com-
pounj n.~Icl:.,i Of -,11211 thich ccm:71icate~; the
inve3tiE-,ation of them deviations froin th, formation of comijouni
nuclei in the re~zion of hi,-h excit,!tion enerr-ics. For this
pur,pose, lipht nuclei h-.ve to be u~le,! ;,s The authors
14
investip-ated the interactions of accr?12r-~ted ionj of N , N
C 12, and C13 sith vanadium nuclei. Carrying out of the exp,~,ri-
ments is libcu_-ced in 3hort. A diafra!% :;hovi- the (lependenre of
the cro:;S sections of the reactions wif,~, f)"in- off of Z, 3,
and 4 neutrons on the excitation ~rier,,7 't'of the co!!i,ound nucli:.~!ILI
Zn 65 (V51, N14 . Z,65)*. It wtLs no t posL;ible to oeparate the
reactions with flying off of 4 neutrons from the _o58ible reac-
Card 2/3 tion of direct form-uti-un of Cu 61 bj fl.-ini- off of ') neutrons

5OV/ 56- 16-2-45, C
On the Problem of the For:nation of Com,ounl-" liucie` Duxim~ the interactir,~n .f
Atomic Nuclei
and 'I proton. The di,-~gram, thers-fore, shows the surm_t~~d cr,)-'s
section of these 2 reactions. The aho-.-.,.3 the
0
analogous curves for reactions, in whi~:h th~, fl,,in-, off -,f a
number of particles wa.,j investiE.- ted for the s ..,.Ie r0 !uct
(Cu 61 ) ot the reaction. Theue curves indic-ite tl-ie presence Af
other reactions which may, for ex..~m-.le, be connectod with tne
so-called local heatinE. The re--ilts of the ~re~3ent -re
also comTlared viith tho8e obtaine7-_' 'o.-)- oth--%,- autho.,S. :iith~jut
takin- into uccount some details ~f tl,e f~in,_-4' on--
the follomin- zia,- be 8-ii-I. In the int-~rval of t~ie ;:.LILz;n
U
50 - 200 of the tareet nuclL~i the int racli,_-)n vtith ntiltich r--d
ions in a sigrAficant def-ree develoi:_i b, the forin,tion of colr~-
pound nuclei. The authors thank irofessor G. :,. Flerov (w~o
supervised the present pap(~r), in-,. the P-raduate-J 3tud(!~.t_z A. A.
Pleve and V. A. Fomichev for their help in the xea_:ure:_en*.s
in the evaluation of the results. Th2re :--re ~ fi.-ires ra~,,_
6 references, 2 of which i_re Soviet.
SUBUITTED: September 16, 1958
Card 3/3

GUSIIVA, I~I.: MVSOYMV, B.F.; TARAHTIN, N.I.; FILIPPOU. K.V.
Cross sections of the formation of Go 240 b7 the radiation of
Th 232 with C12 and 03 tons. Zhur.sksp.1 toor.fiz- 37 no.4:
971-977 0 '59. 041RA 13:5)
(curium-Isotopes) (Thortum-lootopes)
(Carbon-Isotopes)

FLFROV, G.N.; POLIKANOV, SI.M.; YARAMYAN, A.S. [deceasedj; PASYUK,
PARFANOVICH, D.M.; TARATFIN, N.I.; KAViAUMV, V.A.; DRUIN, V.A.;
VOLKOV, V.V.; SEMCPINOVA, OGt%NESYAN, Yu.TS.; KHAIIZEV, V.I.;
HLEBIMOV, G.I.; IgASOYEDOV, B.F.; GAVRIL)V, K.A.
Experiments t3 produce element No. 102. Zhur. eksp. i tPor. fiz.
38 no.1:82-94 Jan 160. (MJR,~ JL~:q)
1. Sotrudniki Ob"edinenno(vo instituta yadernykh isslecovaniy (for
Polikanov, Oganesyan, Gavrilov). 2. Sotrudnik Instituta geokhimii
i analiticheskoy khimii AN SSSR (for Myasoyedov)o
(Transuranium elements)

23878
S/18 61/OC3/001/011/020
A051YA129
42/, J/00
AUTHORSs Gavrilov, K.A., Kyasoyedov, B.F., Khlebnikov, G.I.
TITLEs The production of targets from plutonium for the irradiation on a
cyclotron with muitl-~--harge icro
PERIODICALt Radiokhimlya, v 3i nc 1, 1961, 62-67
TEXT3 The article deals wiV 4 desc~ription of the production of targets
made from specially purifief ~amplea of plutonium, which are used for pro-
ducing the 102nd element. The authcre studied the possibility of producing
pure plutonium by eliminating ultra-emall quantities of Fe, TI, Hg, Bi, Pb,
I'D t .They were able to obtain N2399 p-u240, aLnd Pu242 isotopes, nontaining
Pb 0.01'r to 100 -r of Pu and other interfering elements below the sensiti
villy line of the activation meNthod. FInally, they prepared targets, which
were used for the productIon of the 102nd element from purified eamples of
plutonium by the elentrolytio method and the method of evaporaticn with
Card 1/(

2 8
S110A 003/001/011/020
The productlon ef t&rgots from plutonium A051~A,129
tetraethyleneglyool. Admixtures, such as Tl. Hg, Bi, Pb, Pt, are thought to
be rather dangerous in the target material, even Ln small quantities, since
during the interaction of multi-oharge ions with elements they form isotopes
emitting OL-partiol6o with an energy olose to the energy of the a-partioles
of the 102nd element and a great number of a.-particles of other energy
levels creating a rather high background impeding the viewing of the photo-
plates. 2The thickness of the plutonium layer on the targets was about
2013 7/cM2. The quantity of the stabilizing material was not to exceed about
200'r/om calculated on the copper equivalent. The administration of the
plutonium isotopes had to be carried out on very thin linings to avoid a
decrease in the energy of the bombarding particles, since the formation
arose-eection of the trane-uranium elements depends to a large extent on the
energy Qf these particles. The work was based on the fact that plutonium
(IV) is well extraoted from a 5 n nitrate solution with diethyl other, where-
as the main interfering elements under these conditions barely pass into the
ether phase (Ref 3). The.seconj purification stage of 3lutonium wag based on
the formation of Pt, Bi, g, Tl + stable anion complexes and their sorption
by the anionite within a wide range of HC1 concentrations (Ref 4). The ex-
Card 2/6

23878
S/18 6 1 /0C 11 '0C 1 //0C
The production of targets f7---c A 0 2 9
perimentg eh,~wed that the NO" e7en at '.ijw .-~oncentriLticrs (,0.01 M) ex-
tramely binder (r\.,1;00 ti:,CRO`th~ ;.r'f*~.at.'--r :f plu"~oniim fr,:.m 'lead and b,-!B-
mutb !-r?. bE- !1 '9 3,?,-tlmed that *her. heatLng te',~A-
-Valent plat-c-APim In :I n H~71 4te rei-j-tl~:n *,- thb tri-va'Aerl',
takes place. The wr-rk -,&rried cut z-e-,,u'Acd ir the prnduc*i--,n ..f
s.mple,l a6 given &b ~ie. ThF- taxget, re pr,-.du-,c--d by
q'tmr Ae ,,~Ppli-af i. -,n - f -i,~ti ltz e :,'. it'- uEing arg&n-' 7: ad-Ji i ."e~
f T.
of ele(-.trolyslu t.br- mr-th i P
was --h,--aen (.Rr-f 5,6' c~n
Stable layerv. Tb e Et,.
i-e., em inf.C-Tfer.,ng
the r
lysis tl.mc., wl 1-h resp-
mimer9l aeide and al~,s
",:Zj f -r~lm 0. 1 r s r:..
on the at.hAP~ 1, sr~
were t6st,.j f:,--
nic~kek., zL-,!ybdP,-vim, I
Caxd

7'
The u ;D
mc, r1-, ar 1
du a t h,~, J s
.3 73
T IT r P
'y n. i A I IN -,h., r 9
assami-
and
(VI) arA th~sq I a C 1 -M-:1 -I'; Y~1 'i t. hI AFig 2 11 a graph cf the re-
lationahip of the Plu"nn',.1ir y!~A ~n t4e tmirgpt tr the amount ,'-f petassium
bromate. The graphq krFl.g? 2-4, sh:~v f-~ar th-i A,%-age, of the PH (from 3
has no aignifi.--.ant 1.ha t:lectrr~'Ivtl.~ Jepositing prc-es3 Of plutonium.
The graphite anode was ala.- f:lind to be aa-~-995ful in Oditicn to the rhodium.
cne. The authors p~'-.at :,Li~ %hat the advantage 'cf the wirapzzatlcln method with
tetraethyleneglycol. fcr ~r,~,du-ing te-rgats lips in the fact that it eliminates
the entering of impuritieg into the target, which -an ,sctLr during eleo~tro-
lysis due to anode di9sc.lut.-1,Ln. It also gives gool layers nn small areas.
There are 2 tables, 4 ftg7urei and 6 ref6renies- 4 33viet-blc~~, 2 non-Soviet-
bloc.
Card 4/L

The production of targets from plutonium ...
40
I -
06
v
46
a
43
0
Figure 2s
Relationship of the Pu yield to
the KBrO quantity.
3
Card 5/6
23878
5/18 61/003/001/011/020
A051Yk129.
40
I j 4'.
time,houre
Figure 3t
RelAtionship of the quantity of do-
posited Pu to the time and pH change
of the solution, in the presence of
1,000 ff KBrO 3'
Dro in

23878
The production of targets from plutonium ...
Figure 0
Relationship of,the quantity
of deposited Pu to the time
and'ahangs of pH of the solution
in the presence of 900 of
KBrO 3*
-P
to
A
+x
53
0
S/186 61/003/oci/011/020
A129
A051y',
W,..PN XPU
Vt
80 Ir
40j PM
2v
0 f r
time,houre
Card 6/6

PALISHIN, U.S.; PAIEY, P.N.
Extraction-photometric method for the determination of penta-
valent protactinium with arsenazo Ill. Zhur.anal.khim. 17
no.4:471-475 J1 162. WRA 15-8)
1. V.I.Vernadsky Institute of Geochemistry and Analytical
Chemistry, Academy of Sciences, U.S.S.R., Moscow.
(Protactiniimt--Analysis)

MYASOYEDOV, B.F.; PALISHIN, Ye.5 - ?AU]Y P.N.
- 0
Separation of protactinium from other Plement.9 by Px,.ra-,,ior
with N-banzoylphenylhydroxylam.ne. 12.nur. anal, Vhim. 19 nc..
105-110 164. (mIFd' ~'17 . ''..I
1. Institut geokh:Lmii -J analltic~ebkcy kh,".hii imeni Vernadskogo
AN SSSR, Moskva.

DAVYDOII, A.V.3 MYASOYEDOV, B.F.; NOVIKOV, Yu.P.; PALEY, P.N., PALISHIN, Ye.-S.
Concentration and purification of pa231 and pa233. Trudy Kom. &nal.
khim. 15i64-79 165, (14IRA 18-7)

T, 07926-67 EWT(m)/EWP(Q1ET1 IJP(c) JDj-JG
ACC AP6033384 SOURCE CODE: XJR/0075/66/021/008/0954/0960
AUTHOR:- -Pal'shin, Ye. S.; I~Xasoyedov, B. F.; Novikov, Yu. P.
ORG: Institute of Geochemistry and Anal tical ChemL~~ im. V. 1. Vernadskiy,
AN SSSR, Moscow itut geokhimii i analiticheskoy khimit AN SSSR)
TITLE: Separation of pEotactinfurnl/kom other elements by sorption on activated
charcoal saturated with phenylarsonic acid
SOURCE: - Zhurnal analiticheskoy khimii, v. 21, no. 8, 1966, 954-960
TOPIC TAGS: protactinium, protactinium separation, sorption phenylarsonic acid,
protactinium containing ore
ABSTRACT: The sorption of protactinium and other elements from sulfuric acid
solutions on the activated charcoals "Alkaline A" and "Fruit stone" saturated with
phenylarsonic acid was studied. Conditions have been established for the effective
separation of protactinium from iron, uranium, aluminum, magnesium, manganese,,-
rare earths, and other elements. The suggested method can be used for protactin- !
ium separation from the above elements in the analysis of ores containing protacti~-,i
ium. When protactinium is concentrated from uranium ores, the weight of waste
card 112 UDC: 543.70

'L 0-7926--67
ACC NR- AP6033384
elements can be decreased to less than one percent. The yield of protactinium
is practically quantitative. The participation of Ye. Ye. Ma!yukov in this work is
noted. Orig. art. has: 2 figures and 6 tables. [Authors' abstract]
SUB CODE: 07/ SUBM DATE: 30Nov64/ ORIG REF: 009/ OTH REF: 005/
C.,-d-2/2.

ACC Ngs AP7011823 SOURCE CODES UR/0075/66,021,009,1064,11069
AUTHORt Hyasoyodov, B.F.-Myssoodow 5. Miranda, K. V.-MIrand, C. F.e
Myukssr, R.--Muxart, R.
ORG: Institute of Geochemistry and Analytical Chemistry im. A. 1. Vernadskiy,
AN SSSR, ~Wcow (Institut Seakhimii I analiticheskoy khimil AN SSSR)
TITLE: Absorption spectra of tetra- and pentavalent protactinium In sulfuric
acid solutions
SOURCE: Zhurnal anallticheskoy khtmii, v. 21, no. 9, 1064-1069
TOPIC TAGSs protactinium, hydrolysis, redox reaction, oxidation rate,
crystal absorption spectrum
SUB CODE: 11,07
ABSTRACT: The spectra of tetra- and pentavalent protoctiniun in the visible and
ultraviolet regions at different concentrations of hydrogen and sulfate ions and
the changes in these spectra with time are presented. The stability of tetravalent~
protactinium in the absence of air was also studied. For solutions of ?a(V) in
0.5 M H2SO4 and in 1.5 M H2S04 / 0.5 M (NH4)2504 at 220 nanometers, Beers Law is
applicable; the molar coefficient of extinction at this wavelength is 7.7 ' lo3.
For 6 M H2S04, this coefficient is considerably higher. In weak'L,7 azidfc solutiomso'
Card UDC: 543.70
") 5?_ ~4' -&_

ACC NR: AP7011823
the absorption spectra of Pa(V), especially in the region of 290 nanometerq, chance
with the time of standing of the solutions and beating, which apparently is due to
hydrolysis of protactinium. Reduction of Pa(V) to Pa(rV) with liquid amalgam zinc
in all media investigated In the absence of air occurs rapidly (about 30 minutes)-
Absorption spectra of Pa(rV) chlan slightly as the concentrations of hydrogen and
sulfate ions are varied. The rate of oxidation of ?&(IV) in sulfuric acla so-
lutions In the absence of air Is 1-2 % per day. Upon exposure to ultraviolet light
and beating, this rate Is considerably Increased.; Orig. art.*hass 6 figures.
CJPRS1 40,3617
card 2/2

MYASOYEDOV, G.
Hands across the border. Soq, profsoiuzy 19 no.11:26-27 Je
163. (AURA 16:8)
(Germany, East-Trade unions)

IMSOYEDOV,G.S., 14ITROFANOVsYe.V., and KUZIIETSOV,V.I.
*USE of the Phenomenon of Complex-Formation in the Precipitation of
Microquantities of Elements with the Aid of Organic ffirecipitants," a report
presented at the USSR Conference on Application of T uer ATom Methods in Chemistry of
Complex CompouWs,, Kiev, 5-8 October 1955, describea in article by Z.A. Shek,
Zhur. Neorgan. Khbu., 1, No 2, 19!56

KOLOBIKHIN, V.A.-, WASOYEDOV, V.1,1.
Oxldative dehydrogenation of n-blitane to bivlLnyl -~n th-a pres"nee
of iodine and acceptor on a unit with, continuous act.,on. KM m.
prom. 42 no.9;651-653 S '65. (WRA .

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