SCIENTIFIC ABSTRACT SHUVALOVA, T.K. - SHUVAYEV, G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001550320007-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

FEARS I am UPWITATION SOV/1297
TIMOMManall ammahno-takhniche okays k-mterentalys pa prl"nonlyu
M"GsktlwAyM I stmbIl1nykh lsor.pov I isluchenly v narodnow
mospayetTe I nouke. Moscow, 195t
ftlwbNLUG lsotopmv. PoshchnYre 9&~-ustanawki. R&dlOQGtriYG
400149trive; trUdy konferent I, ... (Isotope Production
�1#h-4ftrW Gearm- Radlometry and 13061-
malrys Transactions or the All-thilon Conference an the Use of
madl~tive and Stable Isotopes and Radiation In the National
9400M and 3slonce) Magcow, Isd-wo AN SSSR, 1958. 293 P.
5.0W Noted printed.
SPNW*rlft AWnGY1 A"d*Siya nAuk SSSR, Glavnoye uprawlenlys po
Imp"114916blyu- Stomnoy onergil SSSR.
341torlal Nardi Prolow, Yu.S. (Keep. Ed.), Zhsvoronkov. N.M.
(D*Pmtl 14419- Rd.). AgLintsev, K.K., Alekasyev. B.A.. Bochkarow,
W.V.. lembehlaskly, $.I.. Malkov, T.P., Sinitsyn, V.I., and
Pope . 0.L. (3*aret4ry)l Teeft. 9d.i Movlchkov, X.D.
PURPOSS$ lug collection is published for scientist loalsts.
POrldide ~P~d In medicine or medical research, :~dtgethhnrs con-
**read with the production and/or use or radiameti" and stable
1"%"" am radiation.
COVINAMs ?Mrty-alsht reports are included In this collection
under three gain subject divlslonmi 1) production of Isotopes
2) kl&-OMPW 96~-r~dLatlon facilitleajand 3) redloametry and
dealimstry.
?AN& Or COMMMS
PART 1. FROM71011 OF rSmP13
P"16W. IM.S., Y.T. ft4hMMT, and TG.Ts. Kullah. Development of
is % Production In the 3owlet Union ' 5
0= repor 10 a 66ndr6l ~Ur"Y Of PrOdUction mathods,
Ono.... rag materials, applications, Investigations
died future prospects for radio 180topfa in the Soviet Union.
Card 2/12
Alok"Novskly. W.Ye., A.V. Dubrovin, a.:. Kosourov.
0 v kly, 3.1. Illimonov. V.I. Chokin, V.N. Sh4lYaPIn
"PP=) 0 a
and 2.K. 3huvalova. Utilization or Ross Spectro-
ad,tars N,tft a Monhopegensous Field for Analyzing Isotopes
of Light Elements T3
Ordshomikidle. K.0. and G.N. ZUb4rQv- R01Atlv0 Props-
~&tGbIIlJy at ftiladium and Germanium I&QtOPQG 78
Rosso. &.0. Siggg problem - the ?heory or Isotope
Separation 86
glordtaltell. Z.0 and V K ?Gkhakeya. Separation or
Isotopes of ilg'ht 516Z~tm by Diffusion in Vapors 113
Mrwlkh. 0.P.. and R.Ta. Kuoh*r'Ow. A Dlf!aslon Column for
soperatiog Isotopes 122
>T
card Me

MAUR'YANTS, A.I.; UGIPODIR, T.V.;,bIWAWVA, Ye.D.
DeterminatVas-6f 'small diftuate of copper,6 silfor and bismuth in
lead. Sbor.n&uch.trud.GUT3V12WT no-12-'110-137 '56. (MIM 10:2)
(Metallurgical analysis) (Ionforrous metals--Metallurgy)

PAUR'YkNTS, A.I.; ZAGLODINA. T.V.; SMNALOVA. T~.p.; KIMOIKO, A.H.; PATS,
R. G.
Now method for the determination of zinc in aluminum and silumin.
3bor..n&uch.trud.GINTSUTK3T no.12:138-143 '56. (ORA 10:2)
(AliiAinum-Analysis) (Zinc) (Metallurgical analysis)

PATS, R.G.; VASILIMA, L.N.; ZAGLODINA, T.V.; SHIMLLUVA, Ye.D.
Polarographic determinution of lead and tellurium .;n technical
selenium. Zav.lab. 29 no.8:92C,929 163. (NIRA 16:9)
1. Gosudarstvernyy nauchno-issledovatel'skiy institut tsvetn:ikh
motallov.
(I.ead-Analysis) (Tellurium-Ani,lysis)
(Polarography)

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TqWAWV A) YIE, P a
KOSMODANYANSKIT, T.N.; CHMOV. N.Y.; SMALOVA, TQ.P.
Koulma Trofinovich GlukhoT; obituary. Zhur. mikrobiol. spid. i
lammm. no.5:85-86 vo, 154. (KUU 7:7)
(GUMOV, ZOZ'Nk TROFlNOVIGH, 1879-1953)

SHUVALOVA. . :,_. --,
M-19A
[Vaccination against contagious diseases] Privivki protiv zaraznykh
bolesney. (Leningrad] Kedgis, 1955. 29 p. NLU 9:7)
(VACCIUTION) I

SHUVALOVA, YO.1'.p dots. STARKOVA. T.G.
Clinical and bActeriologicnl detp on the treatment of dysents?7
with syntilomycin. Trudy IIXI 2:251-257 155 (mrPA 11:8)
1. Xafedra infektaionnykh bole%ney (zav.-profe K.T. Glul&ov
(deceased] i Kifedra mikrobiologii (%av. - prof. V.N. Kosmodanlanskiy)
Pervogo Leningradnkogo meditsinskogo instituta imeni I.P. Pavlova.
(DY!7TUr- ERY)
( C H1-. CR, 0 MY GrI, I N

"iJYvAi.GVA, Y4.-;~.. dots., BASLYUKOW, H.A.
,nc:-Aroe in the resistance of dysentery bacteria to Rynthomycin
nnd ipromycetim. Trudy 1XI 2:258-266 '55 fMIRA 11:3)
j. Kafedrn mikrobiologit (.-ar. - Prof. Y.N. Kosmodamlanakiy)
i Knfodra infektsionnykh bole7mey (zav. - prof. K.T. GlWthov
[ilecensedl) Pervogo Leningrftdskogo moditsinekogo Inatituta lueni
s)-ndemika I.?. Pavlov%.
ISHIGELLA PARADYSMIMMIAR)
i CHLOROMYCIRT IN)

USSR/Microbiology Antibiosis and Symbiosis. Antibiotics F-2
Abs Jour : Referat Zhurn - Biol. No 16, 25 Aug 1957, 68450
Author : Bartashevich, N.S., Shuvalova, E.P.
Title ; Increased Resistance"or Dysenter-y-Mcteria to Biomycin.
Orig Pub : Kishechnie Infektsiy. Vopr. Bakteriol., Immunol., i Kli-
niki Buyushn., Tifa i Disenterii, L. Medgiz, 1956,
14o-148
Abstract Bacteriostatic action of biomycin (I) on different
strains of dysentery bacteria is clearly manifested at
concentrations of (,.4-6.8 Y/ml. By the 15th, passage
through the medium containing I,the resistance of the
bacteria to the antibiotic increased significantly.
At the same time a change in the morphologic and cultu-
ral properties of the strain was noted.
Card 1/1 - 20 -

SUUVALOVA, Ye.F.; BARTASHEVICH, N.S.
Clinical observations and bacteriological data on combined
antibiotic therapy for children with dysentery. Zhur. mikrobiole
epid. i immun. 31 no. 5:103-104 My 160. (MIRA 13:10)
1. Iz kafedry infektsionnykh bolezney i kafedry mikrobiologii
I Ioningradskogo maditsinskogo instituta imeni akademiks Pavlova.
(ANTIBIOTICS) (DYSENTERY)

STARKOVA, T.G.; SHUVALOVA, Ye.P.; SOLDATOVA, VX.; IXACHEVA, T.V.
(1,enin&a-:d7-
Leucocyte reaction and immunological indices in rabbits in response
to teh action of X rays. Med.rad. no.7:87-88 161. (MIPA 15:1)
(X RAYS-PHYSIOLOGICAL UFECT) (LEUCOCTM)
ONWITY)

6h-UVA.LOVA, ~e.p.
Effectiveness of treating dysentery with antibiotics in combination
with iodinol. Antibiotiki 6 no.12:11-U-1114 D 161. (MIRA 15*-2)
1. Kafedra infektsionnykh bolezney I Leningradskogo, meditsinskogo,
instituta imeni I.P.Pavlova.
(DUENTERY) (IODIN-,;) (ANTIBIOTICS)

SHU'VALOVA, Ye.P.
Effect of levomycetin on the agglutination reaction and 0.11 sOme
natural resistance indices in vaccinated rabbits. Antibiotiki
7 no.6:514-519 Je 162. 04IRA 15;5)
1. Kafedra infektsionnykh bolezney I Leningradskogo meditsinskogo
instituta imeni akademika I.P.Pavlova.
(LEVOMYCETIN) (DIPHTHERIA-PREVE14TIVE INOCULATION)
(AGGLUTINATION)

SRUVALOVA, Yt.P.; PUNII, I.P.; KOCMTOl, ia.l.; GIIALKINA, O.M.
Clinical data on the effectiveri,-,5,3 of the therapeutic use of
Rntigrippin in children and adults. Vrach. delo no.9:111-114
(MM 16: 10)
1. Kafedra infek.tjionnykh bolemsy 1-go T-aninirradskogo medi-
tsinskogo inslituta Imemi aRad. I.P.PaVlova, bollnitsa. imeni
S.P.Botki-tia i otdel virasrdo.aii Instituta eksperimentallnoy
meditsiny AIM SSSR.
( I ETD T E t "Z A )('SHM.".1 Tfi~EPY)

SIrUVALOVA., Ye.P.
Experience in the treatment of dysentery in children with anti-
biotics and serum polyglobulins. Antibiotiki 8 no.3&Z76-279
14r'63 (MIRA 17-0
1. Kafedra infekstionnykh bolezney ( zav. B.L. Ittsikson)
I LenIngradskogo meditsinskogo instituta. imeni akademika Pavlova.

SHUVALOVA, Ye.V.
Infrared spectroscopic studies of the aging of pol7viryl-
othylal. Vyookom.soed. 1 no.12:1749-1753 D '59.
(MIRA 13-- 5)
1. liauchno-iseledovatellskiy Institut polimorizatelormykh
plastmass, Leningrad.
(Vinyl compounds) (Methane)

24(7) Sc OV/ .51 -6-.5-24/34
.'U THOR shuvalova, Ye. V.
TIT 12 The Effect of Solvents of Elec-tron-Donor Type on the Absorption Band of
the Valence CH-Vibration of A,!etylene (Vliyaniya elektronodonornykh
rastvoriteley na polosu pogloshchoniya valentnogo OH-kolebaniya
atsetilena)
rZRIODICAL.- Optika i Spektroskoplya, 1959, Vol 6, Nr 5, pp 696-698 (USSR)
ABSTRhGT-. The paper reports studies of interm-olsrular interaction of acetylene
with solvents (acetone, dioxane, pyridine) capable of donating electrons.
An infrareoi Perkin-l"Elmer spectrometer (model 12B) with a LiF prism van
used together with an amplifier FSOU-18 and an electronic potentiometer
EPP-09. Fig 1 shows the infrared absorption spectra of acetylene in
the region of the valence CY-vibrations. ~-`cetylene -was dissolved in
CC14 (curve 1 Fig 1) or in an electron-donor solvent: acetone, dioxane,
pyridine (curves 2-4 respectively). With increase of the ability of the
solvent to donate electrons, i.e. going froui acetone to pyridine, the
CH-band in displaced towards lower frequencies and its half-width
increases (Fir, 1 and Table 1). In mixed solvents (CC14 and one of the
three electron donors listed above) two im a x im a were observed in
the CH-bund (Fig 2*;,. The hi?,h-frequenc~y maxima (U160-3265 cm-1) are due
Ca rd 1/2 to acetylzineirolecules which do not interact with alectron-donor solvents.

SOV/51-6-5-24/34
The Effect of Solvents of Electron-vonor Type on the Absorption Band of the
Valence CH-Vibration of iscatylene
The low-frequency maxima are due to acetylene moleculfis bouna by
means of a hydrogen bond with molecules of acetone, dioxitno or pyridius.
Frequencies of the monomeric (-An) and the associated (Va) Cli-absorption
bands of acetylene, disGolved In mixed solvents, are listed in Table 2.
Coraparisoi., of tno data In Tables 1 and 2 shows that the position of
the monomeric band is practically unaffected by the addition of acetone,
dioxane or pyridine to the solution, while the position of the asaociated
band in mixed solvents is displaced by 15-25 cm-1 coupared with it~
position in pure electron-donor solvents. The experimental facts listed
above all s'now that a hydrogen bond is fortned between the CH-group of
acetylene and acetone, dioxane or pyridine (further studies on the nature
of this bond are neconsary). At.-knowled&qent is made to Professor
V.M. Chulanovskiy who directed this work. There are 2 fi&ures, 2 tabisu
and 7 references, 4 of which aro English, I Soviet, I tran..1ation from
Zngli.sh into Rus si an and I mixed 1--h and S ov!3 t)
SUBMITTED- Octobor 27, 195e.
card 2/2

-24(7);7(3),5(4)
AUTHORS: Popova, G. S., Shuvalova, Ye. V. SOV/48-23-10-13/39
TITLE: Comparative Investigation of Photo- and Thermal Aging of the
Acetals of Polyvinyl Alcohol by the Method of Infrared
Spectroscopy
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheskaya, 1959, Vol 23,
Nr lo, pp 1205-1207 (USSR)
ABSTRACT: By using a spectrometer of the type IKS-11 with NaCl- and LiF-
prisms the effects produced by aging upon infrared absorption
spectra were investigated and the conclusions to be drawn from
the variations were discussed. In the introduction several results
obtained by the investigations carrie4 out by other authors in
this connection are given. Photo-aging (irradiation by means of a
PRK-2-lamp) and thermal aging (at 1500) was investigated on
polyvinyl ethylal and polyvinyl butyral. Both kinds of aging in
both polymers cause a decrease of'the content in OH-, CH-, C-0-
groups and an increase in C=O groups; the intensities of the bands
3300 - 3600, 2800 - 3000, 1300 - 1500 and 1100 - 1200 cm -1
Card 1/3 decrease, and that of the band with 1730 am- Iincreases. Further

Comparative Investigation of Photo- and Thermal SOV/48--23-10-13/39
Aging of the Acetals of Polyvinyl Alcohol by the Method of Infrared
Spectroscopy
variations occurring in the spectra of the simultaneously aged
polyvinyl ethylal samples are discussed* Which are the same for
both kinds of aging. Differences are found in the investigation
of the kineti~cs of the formation and decay of functional groups
as well as in the investigation of the behavior of absorption
bands of the OR groups. Figure 1 shows the absorption spectra
-1
of polyvinyl butyral within the range of 900 - 3700 cm
both 6f the original sample and of that aged under various
conditions. Figure 2 shows the variation with respect to time
of polyvinyl butyral band intensities in the case of photo-
(solid curve) and in thermal aging (dotted line) for the infrared
absorption of the OR groups, the C-0 groups, and the C-0 groups.
Card 2/3

Comparative Investigation of Photo- and Thermal BOV/48-23-10-13/39
Aging of the Acetals of'Palyvinyl Alcohol'by the Method of Infrared
Spectroscopy
Only the curve of the time dependence of the intensity of
C-0 bands (in photo-aging) has a marked maximum. The relations
seen from the diagrams are briefly discussed. The authbrs
finally thank V.M. Chulanovskiy for his interest in the
investigation and for invaluable advice. There are 2 figures and
4 references, 2 of which are Soviet.
ASSOCIATION: Nauchno-issledovatel'skiy institut polimerizatsionnykh plastmass
(Scientific Research Institute for Polymerized Plastics)
Ca~d 3/3

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r1o te 3nn 1.entlari.- Fut,11uh-tti Enrlier Klisevhartjs
Crwitemporitry ;t;it~ aiaj %ohievement4 of thu
Theory of I.Aquids 139
v. -!r,pr aw Fluctuntions of the
rf .iimple Liquidn and
r. -% t -.- r 139
Y.:V- zitet.laticil Tholiry of Liquid Solutions 140
L-1 tn-- nielwr ipprLiLiwitions In the
e,,rn of Decompositions 141
V~Kl'(. 3~acl~r:kl-athua It-vu. ti,,~tion irto the
t ru': ture uf .'.ojutiona
.C. and ).'. ~!!C;14'i~ '1:;, Itiv-ntig-tion into
in Oirhatic
Merc:ipttnea -ind Their '.oluticns by LrLnns
ot ln!rnrqn. Atsorptiou ~poc-.ra 142
Y%.7. ShUVALOVA. Ln t~e .;rectral of' the
i,,Erid in Lo.-.e ',lki:.ds 143
STRUCTURE AND PHYSICAL PhCPERTIES OF MATTER IN A Lrquiji sTATE
rerorts read at the 4th Conference convened in YIYEV from I to 5 June
1959, Dubli3hed 17 %he oublisheir. House of r M~
Al USSR, 1962 V Universityl MEW,

SIIUVALOVAY YO.V.
Spectroscopic manifestation of hydrogen bonding In diacetylene
solutions Opt.i spektr. 13 no.1:145-147 n 162. (MM 15:7)
iButadiene--Spectra) (Hydrogen bonding)

5/048/62/026/010/002/013
B101/B186
AUTHORSt Chulanovskiy, V. M., Bulanin, M. 0., Denisov, G.
----Iovap Ye....J., and Shchepkin, D. N.
TITLEt Effect of the solvent on'the infrared spectrum of the substanco,
and its consideration in analytical work
PERIODICALt Akademiya nauk SSSR. Izvestiya. Seriya fizicheakiya, v. 26,
no. 10, 1962, 1230 - 1236
TEXT& The variation in the spectrum of a solvent in the prevenc* of a
dissolved substance, and thus also of its absorption coefficfent, is dis-
cussed on the basis primarily of Western publications. Reference 4.8 made
to a paper by M.-L. Josien et al. (Compt. rend. Acad. sci., 249, 256 (1959))
concerning the dependence of symmetrical and asymmetrical vibrations of the
CH2 group in CH 2Cl2 on the concentration, confirmed experimentally by the
1
-present authors. The 3630 cm- which characterizAi:*:ihd'-.e formation of H
bonds was found for methyl alcohol, just as it had beft found for benzyl
alcohol'by J.J. Fox, A. E. Martin (Trans. Farad. Soc-9 36, 897 (1940)). In
contrast to M. Van Thill, E. D. Becker, J. C. Pimentel (J. Chow. Phys., 27,
Card 1/2

S10481621026101010021013
Effect of the solvent on tbe.,infrared ... Bioi/Bi86
95 (1957)), the splitting of the 3340 and 3520 cm bands of methanol
dissolved in N at 200K is not attributed to different types of m0 lecular
associations b3't to differen,t'itypes of H bonds. On t4e other hand, it was
found in the author's laboratgry that the stretching vibration band of the
NH group in diethyl or dimethyl amine was a singlet, *hich is explained by
different distributions of elLsctrons in the alcohol,aAd the amine. The
form.ation of different types 6f associations of the"oxygen atom was ob-
served for the C-O band of ketones dissolved in hexa"n'e' after addition of
chloroform. With camphor, all three bands of the carbonyl group successi"M
1y appear with increasing concentration of chloroformt one band for the
monomer group and two for the associated group. Such types of intermolecu-
lar bonds are compared with coordination bonds, and are explained by in-
complete saturation of atoms in the molecule,. There are 5 figures.
Card

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.,..T . YF, '.
Convergencc
Overconvergence of a sequence of polynomials. Mat. sbor., 31, no. 1, 1952
Monthly List of Russian Accessions, Library of Congress October 1952 TRICI,&SSIFIED.

SHUVALOVA, Z.A. (9wordlovsk. ul. Favrallskoy revo3,vutsii, 44, kv. 1)
Osteoma of the anterior media8tinto in a child. Test. khtr. 74
no.5:79-80 J1-Ag 154. (MIRA 7:10)
1. Is kliniki detskoy khirurgil (z&v. prof. A.F.2verev)
Sverdlovskogo maditsinskogo Instituta.
(OSTROKIL,
medt"tinum, In child)
(MBDIMIM, neopl"um,
ostsoma, In child)

SHUVATDVA, Z. A.
Unusual abnormality of intestinal development. Yest.khir-76
no.8:110-111 S 155. (MLRA 8:11)
1. Iz kliniki detskoy kbirurgii (zav.prof. A.-i~.Zverev) Sver-
dlovskogn maditainakogo Instituta. Sverdlovsk, u1. Fevrallskoy
revolyxitsil, d.44. ky.l.
(INT",43TINES, abnormalities
mag,eduodenim with stenosis & diverticulum of small
intastinn)
(AB NORIML I TIES
same)
(DTJODXNM4, abnormalities
same)

BHUVALOVA. Z.A.
The njon% arfective method for the treatment of rectal prolapse in
children. Pediatrila 39 no-6:56;-58 V-D 156. (MLRA 10-2)
1. It kliniki detskoy khirurgii (zav. - prof. A.F.Zverev) Sverdlov-
skogo meditainakogo instituta.
(RWTUK. diseases.
prolapse in child.. ther. (Rue))

~`:11bTALOVA, Z.A. CaA,'.od Sci -- (diss) "Frolapaps of the Rectim in
4441-4-0
. . A into Pararoctal
Children and Its Treatment by 41ee+wl Injectiors
Cellttl,,Lr Tissue." Sverdlovskg 19589 13 pp (Sverdlovsk State L."ed Inst).
100 copies (1,a 10-58, 122).
- 53 -

SHUVALOU , Z.A.
Surgical treatment of resorbtive forms of hydrocephalus in childhood.
Vop. neirokhir 24 no. 2:33-35 Mr-Sp 160. (MIRA 14:1)
(HYDROCEPHALUS)

SHUVALOVA, Z. A., kand. med. nauk
Acute iliac adenitis in childhood. Pediatriia no.11:39-43 161.
(MIRA 14:12)
1. Iz kliniki detskoy khirurgil (zav. - prof. A. F. Zverev)
Sverdkovskogo gosudaretvennogo weditsinskogo instituta.
(ILIUM) (LYMPHATICS--I1U?LW1ATION)

BAYANDI11, P.A. (Murmansk); S11VETSOV, IJII.; TD-1OFEYEVA, !:.V.; KOVALI,, V.P.;
KOZLOVA, E.Z.; TRETIYAKOV, N.I. (Kalinin~;rad); HAMEDOV, E.Sh.
(Poselok Martuni, AzerSSR); BOROIRY, Ye.M.; DULAYEEV, S.G. (Grodno);
GERASIMOV, B.A. (Lugansk); NELINIK, L.A. (Chernovtsy) ; MIGALI,L.A.;
CRJB,UIOV,, A.G.; GOROVENKO, G.G. (Kiyev); SHAROV, B.K. (Chelyabinsk);
S1 VA,,Z.A. (Sverdlovsk) NEYMARK, I.I.; ARYAYEV, L.N. (Odessa);
KABA1!OV, A.N.; KONOVALOV, Yu.S.; ZAK., V.I. (Orenburg); MIKHAYLOV, M.M.;
SEZIKOY A.D. (Voronezh); SHALAYEV, M.I.; DONITI, V.I. (Sarator).
Abstracts. Grudn. khir. 5 no.3:110-126 Itr-Je'63 (MIRA 1791)
1. Iz kafedry normallnoy anatomii Ryazanskogo meditsinskogo in-
stituta imend akademika I.P.Pavlova (for Shevtsov). 2. 1z Sochin-
skogo nauchno-i2sledovatellskogo instituta kurortologii I fizio-
terapii Ministerstva zdrwiookhraneniya RSFSR ( for Timofeyeva).
3. Iz khirurgicheskogo otdeleniya Ternopollskoy klinicheskoy
gorodskoy bollnitsy ( for Koval'). 4. Iz kafedry to-i-,,ograficheskoy
anatomii i operativnoy khirurgii ( zav. - prof. A.P. Sokolov).
Permskogo meditsinskogo instituta (for Kozlova). 5. Iz khirur-
gicheskogo otdeleniya ( zav. - Ye. M. Borovyy) Rovenskoy oblast-
noy bollnitsy (glavnyj, vrach - UkrSSR V.M. Vel'skiy) (for Borovyy).
(Continued on next card)

BAYAND121J. P.A.- (continued) Card 2.
6.T.z fakul I tetskoy klhir~rgicheskoy kliniki ( dir. - prof. I.M.
Popovlyan) i gospital noy terapevticheskoy kliniki ( dir. -
prof. L.S.Shvarts) le6hebnogo fakullteta Saratovskogo meditsin-
skogo instituta. ( for Migall). 7. Iz kafedry fakulltetskoy khi-
rurgii zav. - prof. I.I.Neymark) Altayskogo meditsinskogo in-
stituta for Ne~mark). 8. Iz llovosibirslcogo gorodskogo protivo-
tuberkuleznogo dispansera ( for Kabanov). 9. Iz kafedry fak-ull-
tetskoy khirurgii (zav. - prof. I.A.Ivanov-) Permskogo meditsinsko-
go instituta ( for Shalayev)s

kand. med. nauk
Treatment of children with rectal prolapse by alcohol injections
into the pararectal cellular tissue. Khirurgiia 39 no-4:76-81
Ap'63 (MM, 17:2)
1. Iz kliniki detskoy khirurgii ( zav. - prof. A.F. Zvervv)
Sverdlovskogo meditsinskogo inatituta.

r
S'
L 53731-65 - -fiWT(d)/EWT(1- (0/8P 1: (n)-~/FPA(bb)-2. PV1!4/?S4/PU-4
!;ACCESSION NR:' AT5010485 WEY UR/0000/651000/000/0126/0136
"J,
AVMR; Mte ofteabnicia sclene")
Wandi
Danl3av, Yu. I.
(ftwineer) 1JIMM-. No 10 - fDq;'neW)
TITIE:. Design of, beat x-ch Ith-internal beat sources and beat'sinks
j~ augera V
SOURCE: Issledovaniya toploobmena 4~potokakh zhidkosti i gazisk (Investigation of
heat exchange in liquid and gas f lows). -Moscow Izd-VG Heishinostroyie-n-iye,
1965, 126436
TOPIC TAGS: heat exchanger design, heat exchanger element, multilayer heat
exchanger, point.sink beat ex6anger, internal heat sources, internal heat sink
ABSTRAM' The exact calculations in connection-with the design of heat exchangers,
eat-sources and sinks are quite difficult; consequeniiy,
containing internal h
is very important to have even approximate,computatioual:formulas. Such ex-
pressigns are derived for the case of a plate-like element. Formulas are also
given for the temperature distribution within a"multila-yer wall with,. ,internal
heat sources and sinks'. The authors note that the method of point sihks~.permits
simple calculations of even the most complicated heat exchange devices.with in-'
fes sufficient accuracy only
ternal sources and sinks. However, the method supp
in the case of a sufficiently small size-of the rilative hydraulic diameter.

L 53731-65
ACCESSION NR: ATS010485

i Orig. art. has: 38 formulas and 31ijures.
ASSOCIATION: None
TI!ED-.IlDac64
SUMI
E
NCL:. 00
SYD.~ CODU-' .TD
I
No REP SOV: 001 OTIMM-001

J ,

Card-

'(..-'iTAI,;NIKGV, "S,G,'; 11iOLOVA, Z."I";
yj'U~~;; D, 11,11 711,011A , YO.P.;
A V.
'3LIFUVA, q V
'.'xchange of experience. Zav.1ab. 26 no,6:67G-671 162.
15-5)
1, ",he lyabiiislkiy metallurgicheskiy zo.-,rod (for Sapir).
I;Astitu-~, neor anichoskoy knirdi Sibirskogo oWeleniya
9 L,
10; 3;6H (fcr Bir:rub-ov'), 3. l4oskuvskiy khimiko-telrdmo--
ioi;i~~hesldy Infititut kz.----JL Hendeleye-v-'- (for KatallnUcov,
xrolova) .
(Chemistry, Analyttd-:al)

L A C)27)-6 -r(1)
ACC N-R:
0 U,7-1 CZ.,
Chubuh -,r, L. A.; '~hvareva, Yu. N.
...........
YT of Kaza':h-'an
SCIUIWE~': -Hcf. zh.VC10ofizika, Abs. 11-151-1
SOEIC2: Sb. Goo-r. probl'. osvoyon. pu--trn. i gorn. torritoriy Kazzaklist"ana.
-,'-L=-Ita,- '.,.aza!:hstan, 1965, 103
TO P', 1711.C-I~ :C 1:Lr
,.alology, Cli
xiato, weathor rpap, weather station, meteorologic obser-
4 on, -ruozin:-,
A woather r.:,,o ol' the si"ructuro of the cli.7ntes of Yazalthstan is composed.
#1 A. t, ons
'.o rosultn oZ- --.naly--is of matorin-Is of :-,otoorologrical obsorvatiorm of 30 stati
0' for 1932-19154 were used to construct the map. The features of the
-:e-nt'ner ct uc'-txo of the cl---n'e of all the b-asic lands cape -climactic zones of
r U t..
Kaza!c:lstan (forest steppe, steppe, so--farid land desert) and the upper-air zonation
i- itz; sout*hor- TrounLa-li ro~-Iorls a.-,, a.=,lained. The ,.reather structures of tho cli-
:.--a'c ..:ore analyzad "by the method of comb-Ined climatolof w
Z,-. A catalog of daily oather~
and a clas--ification of local weather co,-,structed on a norphological 'ba-sis were used.,~
Al Iclasses of vioather were subdivi" 'c~ --'nto t
L;i::bLIG DaZ-IC grOUDS: frostless weather,
w:~atlher 1:4 Ua passage of the air ' ormperat=e t*r'--ough 00, and freezing weather. 1. D.
franslation of abstracLt7
SILPL, COM: 04
Ccrd 1/1 /,~ - t / - Tj-DC: 551.5n.3(574)

L 12911-66--ST(m
ACC NRt AP6000953 SOURCE CODE-. UR/021J6/65/000/022/0040/0040
41/.:-:)5 4111,5S q -,/, 5
AUTHORS: Yermanok, Ye, Z.; Rodin,_I. Z.; Shuvarikov, Ve M.; GranorLkiy, B. T.
ORG: none
I
TlTLE: A method for contact arc wel of T-Joints. Class 21, No. 176336 /a
SOURCE: Byulleten' izobreteniy i tovarnykh znakovs no. 22, 1965., 40
TOPIC TAGS: weldingg welding electrodep welding equipment, welding technologyp arc
welding
ABSTRACT: This Author Certificate presents a method for are welding T-Joints., as
between rods and plates. To facilitate the process and to improve the quality of
the welded jointj the heading is produced in the course of welding with the help
of an electrode provided with a groove.
SUB COM 13/ SUBM DATE: 15Jun63
Card 1/1 f-4 lvk-/ UDCt 621.721.

ACC INR, AP7003025 -- S C-U;-'CL;-Coos:- UR-/0203/66/066/004/0703/0706-'
AUT.IGA: Aroflyova, A. V.; Korpusov, V. U.; Lyuanko, I. A.; Orlyanakiy, A. D.;
Iyabchikov, A. N.;
0,'.G: Imtituto of Applied Goophysics (Inntitut prikIadnoy Goofiziki)
Rorultt; of a t;tudy of tho wind roGim in tho motoor zono by tho radar mothod
SGU'iCS: Gaoma-.notiva i aoronomiya, v. 6. no. 4. 1966, 7o3-70
77GPIC TAGS- at-.no:;pl-toric wind, notoorologic radar, signal to noiso ratio
The method and results are presented of a study of wind circulation in
the upper atmosphere conducted during the first half of 1964 near Moscow
(56* N). The wind circulation was measured by radar tracking of meteor trail
drifts at altitudes of 85-110 km.
The radar equipment used in the measurements had a coherent pulse
output modulating a 33-Mc carrier. The pulse duration. repetition frequencyi
and power were 10 iisec, 500 cps, and appro.-dmately 100 kw, respectively.
A form of coding war, used in which every fifth pulse was distinct. A two
stack transmitting antenna consisting of four 5-element Yagi antennas was
The receiver ante a had only one S-element section _ The.,
UDC. 523EI31331.

ACC Nilt AP7003025
Yuceivev twiwitivity thus achieved wan 2-3 viv at a signal - to- noise ratio of
.two. TI)c dinpiay and recording oquipment wan trigrgored by the received
pulses and was protected from spurious nolso by 1) utilization of the coinci-
dence of two consecutive marker pulses for correlating purposes, 2) pre-
'selection by repetition frequency discrimination, and 3) spurious signal
suppression using a special detuned noise receiver. The displayed frames
were filmed. Each frame contained information on the distance from the
point of reflection of the transmitted pulse, the meteor echo diffraction
pattern, the Doppler shift pattern, the date and time, and the antenna direc-
tion.
The horizontal component of the unit velocity of meteor trail movement
was obtained from direct readings of the radial trail velocity domponents as
,recorded by the Doppler shifts. The direction of meteor trail movemenii
was determined from the Doppler shift phase difference obtained at the out-
puts of two phase detectors in which the reference signals were approximately
in quadrature.
The drift velocity readings had considerable fluctuations and. for this
reason, were averaged on an hourly basis. The averages were used to
Atudy diurnal wind pattern changes. In order to secure meaningful averages
rising the equipment at hand (based on at least 50 messurementaAkr

ACC NRI A1,7003025
i measurements were made alternately, first In the NS and then In the EW
directions. The results obtained at the same time of day but for different
days were combined. Thus, about 7000-9000 individual readings were
recorded during one 5-7 day measurement session.
On the basis of the observation results, it was established that the
magnitude and direction of winds varied from day to day and from moMh to
month. The experimental curves of wind velocities were anlayzed by . .
Fourier Fterics. L e. . they were reduced to a constant component and three;.
harmonies (corresponding to 24-, 12-, and 8-hour variations). The secbn'il'
harmonic was predominant. The velocities of the zonal wind components
attained maximum values of 20-30 m/sec in April and June. These
velocities were lowest during January and March (1-5 m/rec); during
February and May they were 12-15 m/sec. The direction varied from
easterly during February and March to westerly during the April-May
period, and again to easterly in June, 'Me meridian wind components were
directed to the south during every month except March. The magnitudes of
.these components varied from 5 to 18 m/sec; the maximum was observed In
March.
Comparison of these results with the publis%ud data from similar
studies at'MancheAter and Kharl kov established that similarities exist in
Card q/4

FACC'NR, AP7003025
the monthly variations and that in all thre*e cases the wind velocities decrease
during spring and summer. The curves of the meridian wind components
exhibit certain similarities, but the zonal component curves show closer
agreentnew The data are different when the relative magnitudes of the
wind velo, "or the three locations are considered. Both wind components
at Manchu:. t!re weakcr than those studied in the USSR. This Is attributed
to the diffo--reta climatological conditions at the points of observation and to
the different ti- of observation with respect to the 11 solar activity
L
,cycle.. Orig. Ute has.I.. U-Gure'fil-- ffSBs Y.*'2.- no.
SUa gods 04.07 / SUBM 04191 29Msr65 / ORIG RUI 004 Q= RUB 003

ACC NRt A-16012376 SOURCE CODE-. Uil/o()00/65/000/000/0110/0118
1AUTHORS: Shvarts, G. L.; Makarova, L. S.
CRG -. none
TlTLE: TitanJiuin and its alloys as corrosion-resistant materials for chemical machine
construction
SOURCE: Soveshchaniye po metallokhimii, metallovedeniyu i primeneniyu titana i yego
splavov, 6th. Novyye issledovaniya titanovykh splavov (New research on titanium
alloys); trudy sovoshchaniya. Moscow, lzd-vo Nauka, 1965, 110-118
..;C4,9 FVAJ.4>A7r10A,1j VVICOVC3.IfO~0 4,097'E.3
TOPIC TAGS: A istant metal, corrosion resistant
titanium alloy, titanium, corrosion res
alloy, stainless steel, alloyl VTl-l titanium, OT4 titanium alloy, OKh23N28M3D3T
stainless steel, KU6119T stainless steel, Kh17H13M3T jnlfing qtnpj,~ EI-639 alloy,
IEP-375 alloy 1%
ABSTRACT: The resA. s of tests of th echnological properties and corros'
resistance of.VT1-1 titanium and OT4 likanium alloy and their welded joi ~irn'
TT
various corrosive media are [;iveii. ie first group of media--for produci chlorine
dioxide and for bleaching with chlorine dioxide and sodium clilorite--pertains to those
lin which VT-1 titanium is the only corrosion-resistant structural material. In this

ACC NR~ AT6012378
J, mmlyrl The se(z'o'nd group o
case the rate of titanium corrosion (Vd not exceed 0.01
media contained materials of 9-(40 anilLne dye industry. VT1-)Uitani 51#3 found to
compare fairgrably with vario ~% steelAOKh23N28K3D3T, 'KI~-431)'.KUM9T Khl7Nl3WJTI
arLd E-1-639\~nd EP-375 alloys.\ Pitting, corrosion cracking, and contact corrosion
are also examined (see Fi o-1). The corrosion resistance of titanium alloys is
Fig. 1. Corrosion current and eloctrode
z(
4.. potentials of galvanic cell with VT1-1
titanium and OKh23N28M3D3T steel as functions
of test duration in solution with KC103 at 9%
4a :PZ YO 1 - pair current; 2 - potential of V'rl-l;
0'
134 t3 - potential of steel.
a) 1'0'1.
z5#
U P 50 too W zo
~,Teut dwration, firs-.-:
examined (see Fig. 2). Technically pure titanium (V'rl-l) is found to be suitable
for welded heat-exchange, filtering, and other appakatus. The corrosion resistance of
VTI-I titanium can be increased for hydrochloric acid, sulfuric acid., and organic

39-733
ACC NRt AT601237Q
V
e.
LIS -
--------------
T Fig. 2. Curves of anode
polarization of titanium
arxi its alloys in 6-N
J i solution of HGl at 20G.-
i [01CAt) i1 Tii 2 - Ti + 0.1% Pd;
3 Ti*+ o.2% Pd; 4 - Ti +
0,jV 32% Mo; 5 - Ti + 30% Nb;
6 - Ti + 30% Nb + 10% MO;
6116 10 7,- Ti + 20% Taj 8 - Tas
rk. C0.
)VI
media by alloying with palladiwn, molybdenum., coppers and other elements. Orig. art.
has: 7 figures and 2 tables.
SUB CODE: 1l/ SUB14 DATE*. 02Dec65/ oRiG Ra i oo5

L 33763-66 EWT(l)/ZWPW/ZWT(m)/T IJP(c) WW/W
ACC NRt AP6010835 SOURCE CODE: iiR/0421/66/000/001/0009/0015
AUTHOR: Shvarts, 1. A. (Leningrad)
iORG: none
TITLE: Magnetohydrodynamic theory of lubrication of cylindrical bearings
17
SOURCE: AN SSSR. Izvestiya. Mekhanika zhidkosti i gaza, no. 1, 1966, 9-15
TOPIC TAGS: roller bearing, liquid metal lubricant, high temperature lubricant,
I
ABSTRACT: The behavior of a cylindrical bearing in an incompressible conducting lubri.
cant is investigated. The pressure distribution of the viscous electroconducting lub-
ricant used in a cylindrical bearing is obtained using magnetohydrodynamic formalism.
It is assumed that the bearing is in the magnetic field parallel to its axis and an ex-
ternal source supplies potential difference between the bearing and its housing. Both
ordinary and Reynolds numbers are assumed to be small. Detailed analysis shows that
the pressure in the lubricant is enhanced by an electromagnetic pressure term, which
is proportional to the square of the Hartman number. This indicates that the load car-
ried by such bearings can be significantly increased when appropriate fields are inter-
acting with the conducting lubricant. In addition, limiting expressions are derived

ACC NRI AT700r(al SOURCE CODE:
AUTHOR: Layzan, B. B.; Vitol, A. Ya.
ORG: Institute of Physics, AN LatSSR (Institut fiziki AN lAtSSR)
TITLE: Macrostructure of Mr;" in NaCl crystals and their change under the influence
of irradiation
SOURCV,: AN LatSSR. Institut fiziki. Radiatsionnaya fiziks, no. 4, 1966. 10nnyyO
kristally (Ionic crystals), 31-38
TOPIC TAGS: sodium chloride, electron paramagnetic resonance, paramagnetic ion,
manganese, irradiation effect, luminescence center
ABSTRACT: The authors summarize the results of their earlier investigations of elec-
tron paramagnetic resoft~nce and luminescence of W* in NaCl crystals (Izv. AN SSSR
ser. fiz. v. 29p 404, 1965 and preceding papers). While the authors' results con-
cerning the microstructure of the Mn++ centers in NAC1 crystals containing impurities
agreed in the main with those of others, they did observe a strong influence of cer-
tain cation impurities on the arrangement of the Wit+ ions in the lattice. The pre-
sence of Cd++ and C&++ as impurities violates the principle of local compensation of
the charge in such crystals, but the presence of PV++ does not. The strongest effect
on the microstructure of the )9i" centers is exerted by anion impurities, especially
F". The nature of the manganese-luminescence centers in MCI, was Investigated by
means of optical and EPH wthods and it is concluded that in view of the observed
Card 1/2

ACC NRI AT7001781
differences between the spectral parameters of the luminescence centers in regular
lattice points and those in clusters, that the results favor the model of t"he
luminescence center proposed by- F. Seitz (Trans. Faraday Soc. v. 35, 71~, 1939). Mie
net result of the research is that in quenched NaCl-Mn crystals the luminescence
centers are Mh** ions which replace cations of the main substance in regular lattice
points. Admixtures of Cd++ and Ca++ ions exert a stronger influence on the distribu-
tion of the cation vacancies and increase the number of fti4+ ions in a cubic environ-
ment. In crystals NaCI-MnF, the Mi*+ ions are predominatly localized near the r
ions. In NaCl-MnCd crystalsp the kinetics of the decay of the paramagnetic centers
changes strongly under -y i3;radistion, owing to the effective capture of carriers by
the Mn centers. Orig. art- has; 3 figures and 4 formulas.
SUB CODE: 20/ SM DATE: 00/ ORIG MW: 015/ OTH FW: 0.12
Card 2/2

ACC NRs ATTOO1765 SOURCE CODE: UR/3119/66/ooo/oo4/005T/0069
AUTHOR: i4liks, Yu. Ye.; Tone, D. K. ; Ulzane, I. M.
Shvarts, K. K.
ORG: Institute of the Physics X; LatSSR (Institut fisiki AN LatSSH)
TITLE: Radiation-chemical processes in ionic Metals. 1, Hadiolysis of alkali-
halidi! crystals under the Influence of gasim rays
SOURCE: AN L&tSSR. Institut fiziki. Radiatsionngya fizik&, no. 4, 1966. Ionuirye
kristally (Ionic crystals), 57-69
TOPIC TAGS: ionic crystal, alkali halide, gsl--- radiation, radiolysis, radiation
chemistry, color centeri.physical diffusion
ABSTRACT: This is the first of a cycle of investigations of the radiation-chemical
processes occurring in ionic crystals, aimed at determining the relation between
radiolysis and radiation defects. The investigations were made on KC1. KBr I Ki ' and I
CaCl crystals grown by the Kiropoulos method from the raw material. The irradiation
was in the RK-L radiation loop, which is described elsewhere (in: Radiatsionnaya
fizika [Radiation Physics] v. 2, 35, Riga, 1964) at doses from 200 to 1400 rad/sec.
The test procedures are briefly described. The results.show that the stsible products
are the free halogen and electronic and colloidal centers. The radiation-chemical
yields of the radiolysis products are of the order of 10-2 mole per absorbed 100 ev of
-Card__1/2_._-

ACC NRr AT7001785
energy. The radiolysis process depends to a great degree on the presence of impurity
defects. Doubling of the impurity content increases the radiation-chemical yield of
the radiolysis products by an average of 20%. The radiolysis products from the irra-
diated crystalsichange little vith time. All that occurs is the diffusion of the gas-i
eous products from the crystal to the gas phase. Optical and thermal discoloring
causes an increase in the yield of the metallic product. The amount of transformed
halogen does not change, but the diffusion processes are accelerated. Further re-
search is necessary, especially on the temperature dependence of the yield of the setai-
and of the halogen, in order to determine the nature of the color centers produced by
the irradiation. Orig. art. has: 5 figures, 3 formulas, and 3 tables.
SUB CODE: 20/ SUB14 DATE: 00/ ORIG W: 013/ OTH HEY: 018
Card 2/2

ACC NRs AT7001791 soma com uR/3119/66/ooo/004/01.17/0124
A1111110R: Shvartsp K. K.; Podyn4p A. V.; Baltmugurp K. K.
ORG: none
TITLE: Energy of formation of F-centers in UF crystals excited by gamma and
reactor radiation
SOURCE: AN LatSSR. Institut fiziki. Radiatsionnaya fizikap no. 4j, 1966. lormyye
kristally (Ionic crystals)p 117-1A
TOPIC TAGS; lithium fluoride, color center, gamma irradiation, neutron irradistionp
crystal defect, absorption spectrum
ABSTRACT: The main purpose of the investigation was to reveal the energy dependence
of production of radiation defects in solids, and the influence of the type of ex-
citing radiation, the dose, the irradiation temperature, and the defect structure of
he sample. The investigations were made with a specially equipped horizontal ex-
perimental channel in the IRT-2000 reactor and a y radiation loop with an InI.2.6
tsource. The absorption spectra of the investigated crystals were measured with a
spectrophotometer, and the F-center concentration was determined from the integral
absorption. The tests showed that the energy of F-center production war, several
times smal-ler-in the y irradiation than In neutron irradiation;. this agrees with the
notion that the elastic eneAcy losses increase with iDcreasing mass of the moving
_part$ple and with increasing specific Ionization density. The energy of r-center

ACC NR: A77001791
production increases with increasivg dose for all types of radiation. 7he F-center
production energy increases also with decreaslag'1AGWity content of the crystals.
The numerical values of the energy raziged from 40 to LW ev for 7, rays and from 1W
to 1" ev for thermal neutrons. 2hese values agree with pjblish*d data. Orig.
art. has: I formIA and 5 tables.
SUB CODE: 20Y SUEN DATZ: oo/ om Rzr: oW o2H Rzr: oo4
2

F ACC N' R:
A77001790 SOURCE CODE: UP/31-19/66/000/004/0111/0116
AUT110R;W'QWW"MJ Ekmanisp Yu. A.
ORG: Institute of Physics, AN 1AtSSR (Institut fiziki AN 1AtSSR)
TITLE: Electron microscopic Investigations of radiation defects In LiF and Y.C1
SOURCE: AN LatSSR. Institut fiziki. Radiatsionnaya flzlka, no. 4, 1966. Ionnyye
kristally (Ionic crystals), Ul-116
TOPIC TAGS: lithium fluoride, potassium chloride, electron microscopy, crystal defect#
radiation damage
ABSTRACT: The authors use a previously developed method of carbon replicas (Izv. All
La,%MR v. 4, 55, 1965) to investigate defects on the surface of alkali-halide cr-J3-
tals exposed to reactor radiation (in the IRT-2000 reactor operating at 1000 - 1500 W)'.
The radiation doses ranged from 5 x 1015 to 1018 neut/cm2. The results show that ir--,
radiation produces a large density of defects, quite similar to those produced by
heat-treatment. These defects are both positive and negative (pits and projections)
with extreme dimensions ranging from 0.1 to 3 - 5 P- The number of defects in KC1
was s.-Taller, but the defect dimensions were larger. In the case of LiF, large col-
loidal particles were produced as a result of irradiation. In addition.0 the authors
tested some irradiated crystals by therma,14 etching them prior to depositing the
carbon replica. This made it possible to disclose certain hidden radiation defects,__-_
and to reveal large step-like defects similar to dislocations. Mmrous minor dif-
C.,d .1/2

ACC NR: A77001790
ferences between KC1 and LiF are attributed to differences In the radiation
since the robability of disclosing defects produced by thermal-neutron reactions
p
with emission of heavy particles Is smaller in NU than In LiF. Orig. art. has:
5 figures.
SUB CODE: 201 SUR4 DATE: 00/ ORIG R17: 0061 OTH MF: 'Oi4.
Card 2/2

ACC NR- AP7001980 SOURCE CODr-:' Gr-,/0030/66/018/002/o897/0909
AUTHOR: Shvarts, K. K.; Vitol, A. Ya.; Podin, A. V.; Kal -nin, D. 0.
Ekmanis, "& A.
ORG: Institute of Physics, Vof the tvian SSR, Riga
TITLE : Radiation effects in pile-irradiated LiF crystals
SOURCE: Physica status solidi, v. 18, no. 2, 1966, 897-909
"'o "
Vc
TOPIC TAGS: rrstal, lithium fluoride, irradiation, neutron irradiation
electron paramagnetic resonance, aplb=4,absorption, electron density)
ABSTRACT: A study was made of electron paramagnetic resonance, optical
i absorption (in the 2-6 ev range), and density variation in lithium fluoride crystalsi
irradiated in a reactor in amounts up to 1019 neutrons/cm2. The principal
paramacrnetic defects in the irradiated cr stals were found to be F-centers.
0 y
I Conclusions are drawn on the process of radiational expansion in crystals and the
formation of color centers. Some aspects of F-center aggregation in the thermal
annealing of irradiated crystals are clarified. [Authors' abstract] IDW] - [SP
[W095]
SUB CODE: 20/SUBM DATE: 20Aug66/ORIG REF: 013/OTH REF: 022/
t C.,d 1/1

L -)611o-66 ENT(m)/9-TLWMT/9VIP(t)/0-,TI IJP(c) JD/hV/JH
ACC NRt
A.P6017307 CIV SOURCE CODE: UR/0126/66/021/005/0732/0739
AUTHORS: Itkin, V.-P.; Shyartsman, L. A.
ORG: Metallurgy and Metal Fhysic (Institut metallovedeniya i
f iziki metallov); TsMIChERIM
TITI,,~: The nature of phases which separate during AC;IW of iron--nickol--aluminum
martenuite
SOM(CE: Fizika metallov i metallovedeniye, v. 21, no. 5, 1966, 732-739
TOIIIC TAGS: nxtensite, iron containing alloy, nickel containing alloy, aluminum
containing alloy
ABSTRILCT: A thermodynamic\calculation of the equilibrium comnosi ion of the products
formed during the deco itel s carried out. The
mposition of aged Ni--Fe--Al martens Na
calculation supplements the data of V. P. Itkin, B. M. Mogutnov, and L. A. Shvarts
(DAN SSM, 1965, 161, 1073) and is based on earlier literatuoe data for activity
coefficients for the binary syntoms Ni--Fe, Fe--A1 and Iii-Al. The derivation of
act-'vity coefficients for the ternary system from the activity coefficients of the
binary systems was carried out after the method of C. J. Vlagner (Chem. Phys., 1951,
19, 5t 626)
rdin VAI din YNI
A eN1:41-1 ox
Al
Card 1/3 UDC: 548-53

L 36110-M --~j -
ACC NR- AI~6dl 307
where FE Ni is given by
Al
OXA I
and -Y ana xii are the activity coefficient of Ni and mole fraction of Al
Ni
res~pectively. The calculated values of the equilibrium composition and heats of
reacl.lon for d.UTorent initial alloy compositions are tabulated. In addition, the
apparent heat capacition of the Fe-Ni-Al allr~ya wore dotermined. The experimental
procodure followed is described by Yu. D. Tretyakov, V. A. Troahkina, and K. 0.
Rhom.yakov (Zhurnal neor -kh Im1it 1959, 4, 5). Tho experimental reaulta, prenented
graphically (see Fig. 15,
Odj
Fig. 1. Apparent heat capacity of
alloy Fe + 8 at4 Ni + 1.1 ai.%, Al;
open circles: quenched specimen;
black circles: annealed specimen.
Card
Q
b0
0 OP
44,S200
500 OC

L 361lo-66
ACC
AP6017307
NR,
0
are in fair abrreement with the theoretically calculated values for the observed heat
effects. It is concluded that the decomposition of Fe--Ni--Al maktensite proceeds
4~s, and 6 equations
with the formation of NiAl phase. Orig. art. has: 3 tables, 4 gra
M CODEt 11/ SUBM DATE9 13ju165/ ORIG RM 009/L OTH REF: 014

SMVATOV L P. (Mosirva)
-a
Application of samiconduction photo-resistance In medical apparatus.
Klin.med. 34 no-3:95-96 Mr '56. (KLRA 10:1)
1. 1z TSentrallnogo Institute vrechobno-tradovoy ekspertisy I
trudovogo ustroystva invalidoy (WITIN) (dlr. - professor 0.1.
Sokol*nikov)
(FULS2,
registration with photo-resist. appar. (Itme))

SHUVATOV, L.P.
Recording deasitometer with a photoelectron multiplier. Lab.delo 3
no.6:39-41 11-D '57. (MIRA 11:2)
1. 1z TSentrallnogo Institute vrechabno-trudovoy ekepertisy I
trudovogo ustroystva invalidov (dir. - prof. O.I.Sokollnikov),
14oakva.
(14IRCTROPHORNSIS) (PHOrOBUCTRIC MULTIPLIARS)

SHU'VITOV, Lev Petrovich; POLYANTSFY, V..A., red.; GABERLAND, K.I.,
---
(Microapparatus for the registration of physiological functions
by radioj Mikroapparatura dlia registratsii po radio nekotorykh
fiziologichaskikh funktoli. Moskva. Gos.izd-vo med.lit-ry. 1759.
122 p. (MIRA 13;8)
(PHYSIOLOGICAL APPARATUS)
(RADIO--NqUIPKM AND SUPFLIES)

9~1 575
C
S/19~4~! 000/006/046/077
2 ~ LI ()C)() D201 302
~~UTHQR: Shuval J, -
LO-V ~'L
TITLE: Miniature radiotelemetry equipment for recordirg
physiological functions
yy zhurnal. Avto-tjatika i radioclektronika,
i.lEiZIODIC.d.: Referativill
-io, 6. 19612 5, abstract 6 L28 (Elektrorika v medit-
sinc Goseiiergoizdat, 1960, 177-132)
T;~;CT: description is given of an apparatus for studying physio-
logical processes during the physical exercises of sportsmen, during
i-~v~ 'Ric trw smitter of the apparatus consists of tainia-
work , etc. -1
ture pick-offs w1hich convert physiological quantities into el. sig-
nals and of miniature radio transmitters, weighing - 50 for a
si-arrle-channel azid 500 g for a multi-channel equipment, The recei-
ving section has an antenna, a radio receiver with -&C and iGC, a
set of frequency selective amplifiers for multi-channel recording
and an oscilloscope. The equipme-at operates at - 40 rLic/s. The
Card 1/2

S/194/01/000/006/046/077
D201/D302
Miniature radiotelemetry...
sin-le-channel installation is described in detail, The radio
transmitter is either fixed to the heluiiet or carried in a pocket,
Data of a 6-channe-- installation are given. The sensitivity of
the receiver being I microvolt, the range of thc system is up to
10 2 12 1cm under land conditions, this distance is increased when
the subject is at a certain height (e.g, a parachutist)~ L.~bstrac-
ter's note: Complete trazislatio~1-7
C arc] 212

SHUVATOV,L,2,
Heart beat recorded on a radio wave. lUn.tekh. 5 no.8;51-52
Ag 161. (NIRA 14:12)
I- - f ~ (BICKSM)
(19PACE MbICIM)
I
I I i
v

SHUVATOV, S., red.
(Temporary types of forest plantations for foothill and mountain
districts of Krasnodar Territory) Vremennye ti;)y loorykh kulltur
dlis oredgornykh I gornykh ratonov Krasnodarokogo Krals. Krasnodar.
Sovetaksis. Kuban', 1955. 33 P. (MIRA 11:11)
(Krasnodar Territory--Yorests and forestry)

SIPJVATOV, V.
Tba matter of national Importance. Pron.koop. 13 no.5:24
* '5 9. (14IRk 12:9)
1. Prodfladatol' pravleniya artelt in. Tretlyey pyatiletki,
p,.Stalinogorek, Tullskoy, oblasti.
(Factory and trade waste)

UZSDR/~Microbiolorgy. Microbes __Fathocenic for .74an andF
knimals
Abs Jour Ref Zhur-Biol., No 13, 1955, 57763
kuthor Matveyev N. A., Valdokhina I. F ..Shuv
Inst Ufa Scientific-Research Instituie of Vaccines
and Sera
Title On the Dependence of Immunogenesis of the Diph-
theria Antitoxin on the Periods of Toxin For-
mation
Orig Pub Tr. Ufimsk. n.-i in-ta vaktsin i syvorotok,
1957, vyp. 4, 149-161
Card 1/1

KAKULI, Ta.V.v ORLOVA, L.V., SHUVATOVA, T.F.. KIJZIN, I.M.
Radioautography of frozen tissues [with summary in Inglishle
Bioflzlka 3 n0,,5:591,-596 158 (MIRA 11:10)
le Inatitut biologicheskoy fiziki AN SSSR, Koskva.
(RADIOAUTOGRAPHY,
of frozen tissues (Rus))

MELIKUMOV, Lev Georgiyevich; BOGOPOLISKIY, Beko Khaimovich;
BERLOVSKIY, Vyacheslav Mikhaylovich; KOVALEV, Yuriy
Sergeyevich; KOZIN, Yuziy Vladimirovich; NAYMAN, Artd~r
Yefimovich; FELIDMAN, Yelizar Sawylovich; ~HUVAYEV-,
Anat 1i Andreyevich [42SjUlA]; KORENDYAYEV, G.V., otv.
red.;I~ELOV, S., red. iad
LOV. S. -va; LOMILINA, L.N., tekhn~
red.; ILIINSKAYA, G.M., takhn. red.
[Automatic control of mine compressor stations) Avtomati-
zatsiia shakhtnykh kompressornykh stantsii. Moskva, Gosgor-
tekhizdat, 1963. 151 p. (MIRA 160)
(Automatic control) (Air compressors)

A.S PALM V.I.; NarMOVA, A.S.; TARABANIKOP
P.I.; I'li'Ou"Sny L.V.; DOBASHR, G.S.; FLEROVA, L.r,;
# I J,
111pi-MI1,10vt 11.114; MFIMTKO, I.I.; -FALIMOV, I.I.; UVAROV, I.M.;
DUBROVB,l, P.Ye.; LIMACHEVA, O.A.; UVAROVA, I.I.
Conforence of the Teaching S~aff and Students of the Moscow
Goological Prospecting Institute. Izv. vya. uaheb. zav.; eol,
i razv. 6 no.12tl43-148 D 163 (MIRA 18125

KAMARDINKIII, 11.1-.; SHUVAYIEV, A.S.; PAIFIN, !.I.T.; NIENKCiVA, A.S.; TAFUIBAWKO,
P.I.; KHOUISKI-1Y, R.V.; GNIPP, L.V.; DOBASHIN, G.S.; FLEF.OVA, L.I.;
j,L4FZ T! OV
.I! J. N.M.; WMETKO, I.!.; PALIVCV, -I.I.; UV,~RO'i,
DUBROVIN, P.Ye.; LIKHACII-EVA, O.A.; UVARG-JA, I.!.
Corfarence of the Teaclung Staff and Students of the Moscow
Geological Prospecting Institute. Izv. vyc,.ucheb.zav.; geol. i
razv. 0 no.12:1-43-148 D 163. (MIRA 18:2)

N. A. *f11,~iTE;U,,11KCJ1 and S!j1jVAY:.N, A. T. (!;GU)
"X-ray Spectral Investigation of Sulphur-containing Samples
14aterials of the 2nd All-Union Conference on X-ray Spectroscopy; Moscow, January
31 February It, 1957 (Materialy II Vsesoyuznogo soveshchaniya po rentgenovskoy
spektroskopii; Moskva, 31 yanvarya - It fevralya g.)
Izvestiya. Akademii Nauk SSSR, Seriya fizicheskaya 1957, Vol 2, Nr 10, PP 1341 -
1342 (USSR)

2 4 (2) ) , -124 0 )
AUTHORS: Bi-okhin, M. A.,.Stiuvayev, A. T. SOV/46-22-12-10/33
TTTLE~ Investigation of Compounds With th-e Structure of Perovskite
b
~v JF.3enfu,~v Spec tra(Issledovaniye soyedineniy so strukturoy
per;:~vskita po rentgenovskim'spektram)
PERIODICAL: Izt-estiya.Akademii nauk SSSR. Seriya fizicheskayal 1958;
V311 227' Nr -112' PP 1457-1455 (USSR)
ABSTRACT- Ewflsalon and absorption K apectra of Ti, emiso.ion and absorption
L specAra of Zr, the absorption K spectrum of Fe and absorption
T. speo~ra of Sr and Ba as well as of BaTiO SrTiO SrFeO
30 31 V
BaZrO, and PbZrO were investigated in the present paper. It
3
was ascertained that the band of valence electrons of compounds
a p6rcvskite structure, is a hybrid band with a strong
admixture of r-states. The formation of a generalized conduction
ban,i was confirmed ex
perimentally. On pr4nciple, th6 conduction
band has a d-iharacter with a small admixture of p-9tatese The
fol-lowing band of free states has, on principle,.a p-charactor
w
~ -, i I
ith a irregular distribution of the state densities. The
Card j,/2 T--*-ions charge in BaT-JO 3 amounts by no means to more than 2.7

Imi-estigatior. -Df C-:Trpj-Dunda With the S+.ruct-ure SOV/46-22-12-10/33
f P I:- r o -:- s ktRf.--satgen Spe--tra
In the proximity of the Curie (Kylir--) point an energy decrease
,If the electron states of the conductlon band was ascertained.
There are 3 figures and 'I references, 1 of which is Soviet.
ASSOCIATIOU: Rastavskiy-na--Dorou gos. universitet
(R,-).qtov-na--Donu State University)

T4
3(2)123(1) PHASI I BOOK WLO:TATION SOV/2313
Akedesslya nauk SSSR. Institut mashinovedenlya
C-1
Pov7shenlye stoykosti detaloy ~shln /sul'fidiravanlys/1 abornik
Resistance of Machine Parts /Sul-
W
h
>
ear
e
statey (Increasing t
nV43at lon/1 Collection of Articles) Moscow, PLaxhgi--. 1959.
126 9. Zrrata slip Inserted. 4.500 coPle s printed.
3d. (Title VW): N. M. Khrushchov, Doctor of Technical Sciences;
V D
.
3d. (Inside book)$ A.G. NLkitim, Engineer; Tech. 3d.t
Literature on General Technical &ad
E
d. for
911hindi Managing
TPURSPOrt 1160100 11011111129 (81W1h8iSh K.4. Pmosereve, loglaeor '
PURPOW8 ?his collection of articles to Intended for engineering
and technical workers of machine-buLlding and overhauling plants.
COVINAG9Z This book presents results of investigations of "thodo
A now
to Increase the resistance of machine parts to solture.
hich Improves the friction behavior of
i
on w
sathod of sulrurisat
onat Irm and steel and an analysis of the effect or sulfurtza-
tics an the antifriction properties and wear of metal are given. i

~-t~ an xactlons or a seminar he Id at the
art
I&Gtttuts Of Mechanical Engineering or the Academy of Sciences,
U32 in December 1956.
TANJ OF CONTEXTS:
V380vt. R.S.. XMInear. Results of Work o a Technology of

I Hostsel'onshn O~Lov.nA_ Donu
the 3ulruftEation Process I, jh
Affricultural Machinery Plang
The author describes an investigation carried out at the
mastcv Plant aimed at Improving wear resistance of cutting
tools by "IfUrLtation.
-'~Lifshttss Y4- 0.9 Candidate of Technical Sciences. Uses of
--
!iol:r~ruiaticn 132-Hanufacturing Agricultural Machinery 115
12 this article the author presents the results of lab.
oratory 4W bench tests Of sulfurized and nonsulfurtzed
11114AIA10 Parts carried out by RISKhM (Rostov Institute for
Agricultural Machine") and HOST&LIMASh.
-'-'BlOkhil, M.A., IrS. Nest*renkc, and N'T. ShRjxyw,. X,sy. and
3paot-M Analysis or Sulrurized SampTo-s- 121
The author desarlbom an Investigation of depth distribution
Of sulfur In type 45 steel and gray cast Iron aulf'UrlZed at
the BOSTSZL'N"h.
WORM, D.3.. Candidate of Chemical Sciences. Rl*ctrOsu'.'ftr-
Ization ,
126
- sulrurizing
The author presents the results obtained fro
Parts In various molten @&1t. at 240 to 2700
C and in
aqu6cu's *Oluticls Of "Its and 50 to 750C using electrolytic
smothads.
AV411AM29 Library of Coagream
00/00
Card 6/6
10-20-59

Investigation of Compounds With Perovskite Structure
by an X-ray Spectrum
sov/48
This ascent is brought in connection with the number of 4P-
electrons. The diagram demonstrates the hybridization of
electrons in solids and the transition of a part of p-electrous
in the d-state and other states. Investigation is then extended
to further conditions changes of electrons on the strength of
results obtained, and to the distribution of electrons among the
s-f p- and d-states, This is neoossary in order to determine the
covalent bond. It is further shown that it is not possible to
determine the number of s- and d-electrons from the K-spectrum
of titanium; howeverv it is possible to evaluate the number of
d-electrons from the L-spectrum of ZrO which belongs to the
same type. Since the number of p-electrons is knownp it is
possible to determine the electron distribution among the
various states. In this connection, reference is made to the
paper by Yu. N. Venevtsev, G. S, Zhdanov and collaboratois
concerning the theoretical computation of the inner field of
BaTiO3 (Ref 6). Finally, similar investigations carried out by
"'d Card 2/3

SIIUVAYL'V, A.T.; DEMEMIN, V.F.
Determining the number of 3d-electrons in transition metals.
Fiz. met. i metalloved. 12 no.6:912-913 D 161. (MIRA 16:11)
1. Rostovskiy gosudarstvennyy universitet.

S/048~61/025/008/006/009
B104/3202
A U TII.TOR-. Shuvayev, A. To
- ----------
TITLE: Effect of the chemical bond on the position and the
intensity of X-ray.spectrum lines of compounds
PERIODICAL: Akademiya nadk SSSR. Izvestiya. Seriya fizicheakdya,
v. 25, no. 8, 1961, 986-991
TEXT: The present paper was the subject of a lecture delivered at the
5th Conference on X-ray Spectroscopy at KharIkov from January 30 to
February 4, 1961. The first part of the paper deals with the,chankes of.
the energy and.the position of the lines of the K series on removal of
the valence electron of a calcium atom. The au-thor proceeded from-the
Schrbdinger equation
a P" I (F)
drs ri
where P n, l(r) -r Vn'l(r); n,1 (r) the radial wave function of the
electrons in the state with the quantum numbers n and 1; furthermore,
Card 1/1

S/048/61-/025/oo8/oo6/009-
Effect of the chemical bond on the ... B104/B202
OP (r) N,, jr n' I dr,
0 (A)
holds where N is the number of electrond in the state n, I without
' n,1
consideration of the electron whose energy is studied; (r)
r n9l
2
P l(r)dr; is the level energy. The change of the energy levelel
0 n , n,1
on a certain redistribution of the electrons is calculated from
dP". I dr - I (I + jA (P.*. 1 (0) dr
dr r2
0 0
00 00 (2)
+2~ &(PI..j(r))'-OPdr-2~ Psn. I AGE dr,
0
0
For'this purpose the author used wave functio'ns for-Ca and Cat which had
been obtained by D. Hartree et al. (Proc. Roy. Soo., A, 164, (1930).
The results are summarized in Table, 1. When passing from Ca and other
45
Curd 216

S/04 61/025/Oo8/oo6/ooq
Effect of the chemical bond on' the B104%202
elements t ,'o the corresponding oxides, similbr res'ults were obtained. Th
amount of shifts, however, differed. In the second part the author deal
'with the change of the contribution of the electrons to the electrbn
density on transition to a metal. Data obtained by E. Wigner et al.
(211ys. Rev " 43, 804 (1933)) and by I. Ya. Nikiforov (material of the
o6cond scientTf-ic-conferonoe of aspirants', Izd. Rostovsk. un-tEe, 33'
(196o)) show that on transition to a metal, the density of the cloudof
the outer valence electrons increases in the inner of the atom by two to
three times. If electrons of the inner shells (e.g. d-eleotrons of iron)
participate in a chemical bond, the clohd of these electrons then con-
tracts in the direction of a neighboring atom in the inner regions of
which the density is somewhat reduced. The ratio of the electron densiti
in the metal and in the free atom is determined from the norma*liza-
tion conditions of 'the wave function of the valence electrons. Hencep--
,this ratio depends.on the ratio betweefi the dimensions of the valence
shell of a free atom and the interatomic distance in the metal. Using.,
the relations (2) and
Card 316
0

S/048/61/025/008/006/009
Effect of the chemicaf bond on the B104/B2O2
P". I Me
Pn. I Wair (3)
and the wavelfunctions which had been obtained by D. Hartree et al.
(Proc. Roy. Soo., A. 193, 299 (1�46); Phys."Rev., 6o, 857 (1941); Pr6c.
Roy. Soc-9 A, IL6, ~5_r1936)) and H. Donley (Phys.-Rev., 50, 1012 (19%)*).P.
the author calculated the shifts of the K a lines.on removal of one
electron in the elements Na, Si and Cl in solid state. LE 'was calculated
I K
to be 0.26 ev for Na, 0.36 ev for Si, and 0.31 ev for Cl.. hese values
are in agreement with the data obtained by other scientists.. The shift, 5C
of the main lines of the X-ray spectrum in t~e direction of long waves
was explained by the decrease of the atomic diatance, by the reduction of
the atomic volume, and the increase of density of the valence electrons ini
all points of this volume with an increase in the valence of the transition
element. In a thorough study of the effect of the chemical bond on the
line intensity of the X-ray spectrum it is shown that the intensity of
these lines-in the X-ray spectrum of an atom in chemical c.ompounds is
Card 4/6
CA

Effect of the chemical bond on the ...
S/048/61/025/008/006/009
B100202
Proportioa'al to the electron density produced by valence electrons in the
region of the K-shell. To prove this concept the author made measure-
ment-s with APY~ (DRUS)- and KPD-1 (KRFS) x-ray spectrographs in wMcIf he
st'udied the effect of the chemical bond on the inteAsity. The results
are summarized in Table 4. As may be seen, the intensity of the line
strongly depends on the character of the chemical bond. S. M. Karallnik
is mentioned. There are 2 figures, 4 tables, and 14 references: 5
Soviet-bloc and 9 non-Soviet-bloc.
ASSUCLITION: Rostovq%.iy-na-Donu gos. univers~tet (Rostov-na-Donu
State University)

SIIUVAYEV., A.T.; DEREEIIIII, V.F.
Investigation of the absorption K-spectra of calcium in oome
compounds. Izv. All SSSR. Ser. fiz. 25 no.8:992-993 Ag 161.
(14IRA 14: 8)
1. Rostovskiy~na-Donu gosudarstvennyy universitet.
(Calcium--Spectra)

BLOKHIN, M.A.; SHUVAYEV, A.T.
Effect of chemical bonds on the X-ray emissidn spectrum of
titanium. Izv. AN SSSR. Ser. fiz. 26 no.3:429-432 Mr 162.
(MIRA 15:2)
1. Hostovskiy gosudarstvannyy universitet.
(Cheideal bonds)
(X-ray spectroscopy))
(Titanium)

SHUVAYEV, A.T.; XULYABIN, G.M.
E"ect of valence variations on the X-emissior- spectrm of
chromium. Izv.AN SSSR.Ser.fis. 27 mo.33322-323 Mr 063.
- (MM 16:2)
1. Rostoyakly-na-Donu gosudarstvennyy universitet,
(Valence (Theoretical chemistry))
(Chromium-Spectra)

ACCESSION hR: AP4038758
S/0048/64/028/005/0758/0764
AUMM. Shuvayev, A.T.
TITLE: Determination of the charge of Ions in compounds of Period 2 elements from
.x-ray emission spectra Lffeport, Seventh Conference on X-Ray Spectroscopy held I&
Yerevan 23 Sep-l Oct 196_37
SOURCE: AN SSSR. Izvestlya. Seriya lizicheakaya, v.28, no.5, 1964, 758-764
TOPIC TAGS: x-ray spectrum, x-ra!y line, line shift, sodium, magnesium, aluminum,
silicon, phosphorus, sulfur, chlorine, ion charge
A13STRACT: The position of the 101 2 lines as a function of the charge of the lam,
in which they originate is d1scusso;Z theoret!cally. A number of Hartree and call no-"
thad wave functions for valence electrons under different conditions of bonding are
examined, and it to noted that the shape of the wave function at radii lose than a
certain value to almost Independent of 'its shape at larger radii,* as affocted by
chemical bonding. In a rather ),-.ugh approximation, the radius within whiab the shaps
of the wave function Is Independent of the &tat* of chemical bonding can be takm an
the covalence radius of the atm. Changes of the wave functions of the valmes *Is@-
Card I^

ACCUSICK XR: AP4038IN
trons within the atom due to changes in the chemical bonding can thus be approxims-
:ted by changes In the normalizing constants. In this approximation the shift OR tM
M lines produced by an alteration of the valence electron distribution is propor-
tional to the accompanying change of the charge an the aton. The proportionality - "
constants were calculated by perturbation theory and were ovaluated for the a, p, do'
and f electrons of the second period elements Na, Si, and Cl. These constants were
found to be approximately equal for the a and p electrons of a given atom, and to
be negligible for the 4 and f electrons. It is accordingly concluded that the shift
In the position of the M lines of a second period element in passing from the f me
e
lement to a compound is approximately proportional to the charge on the atom in
the compound. The proportionality constants were evaluated for all the Period 2 ele-
ments from x-ray data on compounds for which the ionic charges are known f. the
electric dipole moments. The constants thus found for Na, Si, and Cl are of the saws
order of magnitude an the calculated values, but they differ considerably (up to
50%) from them. With these constants the charges an Period 2 elements In a large
nuinber of compounds were calculated fz the NX line shifts, and the results are
tabulated, For the majority of the not very many compounds that contain only Porlod
2 elements and for which the x-ray data are available for all the oonstituest atemse
2/3
C.,d
7

ACCESSION NR: AP4038758
the condition of electric neutrality is satisfied within the experinental error,
Orig.art.has: 14 formulas, 2 figures and 3 tables.
ASSOCIATION: Rostovskly-na-Donu gosudarstvenny0y univormitet (Rostow-M-tbe-Don
state University)
SWU 00 D472 AM 12Jus" W
BUS CONS OF MR REY GOVt 003 ormalh a"
CWd
MEN

AcussioN XR: AP4038765 S/0048/64/028/005/0801/0804
I
AUTHOR: Dlokhin, M.A. ; Shuvayev. A.T. ; Gorskiy, V.V.
MIX: X-Ray spectroscopic investigations of chemical bonds in sulfur compounds
ZI-ioport, seventh Conference on X-Ray Spectroscopy hold In Yerevan 23 Sop-1 Oct low
t $;
-IOURCE: AN SSSR. Izvestiya. Seriya fixicheskaya, v.28, no.5, 2964, 801-804
TOPIC TAGS; x-ray spectrum, line shift, sulfur, sulfur compound, chemical bond
ABSTRACT: According to A.T.Shuvayev (Izv.AN SSSR,Ser.fiz.28,758,1964 Csee Abstract
AP403875�7) the shift of the 10 lines of sulfur (and other Period 2 elements) In
chemical compounds is due to the charge on the atom arising from the influence of
the neighboring atoms. This phenomenon is discussed at some length for the case of
sulfur, and a short table is presented, based an data in the literature, showing
the shifts produced by various chemical bonds and bond configurations. These chemi-
cal bond shifts of the S W lines are believed to be approximately additive. The
Ka fluorescence spectra of S in several compounds were recorded. Th: spestra were
excited by 20 W Cu bressatrahlung and formed by reflection from th (1010) planes
of beat (R a 30 ca) quartz crystal. The temperature of the samples did not exceed
Card 1/3

ACCESSION XR: AP4038765
ASSOCIATION: Rostovskiy-na-Donu gosudarstvonny*y universitat (Rostov-on-the-Don
State University)
SUBMI7TED: 00 DATE ACQ: 12Jun64 ENCL: 00
SUB CODE: OP, GC NR REF SOV: 003 OTHER:002
Card 3/3

ACCESSION N11: AP4038791
S/0048/64/028/005/0934/0938
AU`1110R: Shuvayev, A.T.; Chechin. G.M.
TITIX: On the interpretation of K series line shifts in transition elements. Vlave
functions for three configurations of titanium j!g~eport, Seventh Conference an X-Ray
Spectroscopy held in Yerevan 23 Sep to 1 Oct 1963/
SOURCE: AN SSSR. Izvestiya. Seriya fizicheskaya, v.28. no.5. 1964, 934-938
TOPIC TAGS: x-ray spectrum, line shift, wave function, atomic structure, titanium,
electron configuration, iron group transition element
ABSTRACT: Self-consistent (Hartree) wave iunctions were calculated (without ex-
change) for Ti (valence electron configuration 3d 24s2), Ti2+ M04s2), and T&
(3dNso), and the wave functions and energy values are tabulated. The energy values
for the configuration Ti2+ M24sO) were calculated by a perturbation method, and
these are also tabulated. The quantum energies of the Wl and X01 lines were calcu-
lated for all four configurations, and that of the EV51ino was calculated for the
two configurations for which it exists. The shifts of these lines in passing from
Ti (U24g2) to Ti2+ (3d24sO) or to T12+ (304&2), and from T12* (3d24SO) to T&
Carcl 1/2

ACCESSION NR: AP4038791
(3do4so ) were calculated and are tabulated. It is assumed that reducing the vale=*
electron density within the atom has a similar but smaller effect on the position
of a line as removing electrons entirely, and the following conclusions are drawn
from the calculated line shifts attendant on removal of the 3d and/or 4s electrons:
.1) The Kal,2 lines are sensitive primarily to the d valence electrons; a decreasect
the d electron density shifts the lines toward the longer wavelengths. 2) the K131
line is sensitive to changes in both the s and d electron densities and is affected
oppositely by them; a reduction of the a (d) electron Oensity shifts the line to-
ward the shorter (longer) wavelengths. 3) The K135 line is very sensitive to the d
electron density, a reduction of the density shifting the line toward the shorter
wavelengths; this line is also affected by direct interaction of the outer p elec-
,trons with the valence electrons of surrounding atoms. These conclusions, based on
.calculations relating to titanium, are assumed to hold for all the iron group tran-
sition elements. and the KC91, KA, and X 05 shifts in 15 compounds containing Ti,Cr,
V,Mn,Fe or Co are interpreted In terms of them. Orig.art.hant 2 formulas and 4 063M
ASSOCIATION: nos ovskiy-na-Donu gosudarstvenny*y universitet (Rostov-on-the-Don
State UniverGityl
SUBMITTEDi 00 DATS ACQs 12jun64 ENCLI 00
SUB CODE: OP NR REP SOV: 005 OTHER:004
Card 2/2

ACCESSION Nn: AP4038770
S/0048/64/028/005/0823/0824
AMOR: Shuvayev, A. T. Z3,* ryanov, V. 0. ; Gorskiy, V.V.
TITLE: Investigation of the X fluorescence spectrum of calcium In several com-
pounds /Report, Seventh Conference on X-Ray Spectroscopy hold In Yerevan 23 Sep to
1 Oct 19~37
SOURCE: AN SSSR. lavestlya. Seriya fizichaskaya, v.28, no.5, 1964, 823-824
TOPIC TAGS: x-ray spectrum, calc;Um compound, line shift, line shape
A33STRACT: The calcium M31.2, 1016 and 105 lines in the spectra Of CaC2. CaO and
CaF2 were recorded in order to detect the influence of the calcium ion charge and
the surrounding atoms on the spectra. The spectra were excited by the radiation frem
a 30 kV copper anode x-ray tube and were recorded photographically in the second or-
der using a best quartz crystal vacuum spectrometer with a resolution of 10 000.
Relative intensity measurements of the 101 and J05 lines were facilitated by eaplcy-
'ing two films, one behind the other; this resulted in a 101 image on the second film
comparable in density with the 105 image an the first. No difference in the =
spectra of the three compounds could be discerned. This is in agreement with pro-
Card 1/2

XRZIIIIEV, M.N.; KUZIN. B.1-1.1 SIRIVAYEV, E.A.
Thermal insulation of graphitizing furnazes. TSvet, mete 38 no.42
57-58 Ap 165. (WRA 18:5)

L
USSR Ahem~i~;C_~"V~e //lo'
eChna gy. Chemical Products
and Their Applicatton
Water treatment. Sewage water.
Abs Jcur: Referat Zhur - Khimiya, 11o !, 1953, 166-D
Author : Shuvayev G.
Inst : Sanitation Department of the Tomsk Medical
Institute
Title : Spontaneous Purification of Sewage Water Along
Its, Course Through Open Bodies of Water Under
Climatic Ccnditions of the City of Tomsk.
Ortg Pub: Sb. nauchn. rabot san. fak. Tomskiy med.
in-t, Tomsk, 1.056, 83-86
Abstract: A study of the process of spontaneous purifica-
tion in two takes into which se-wage water flows
during the spr1ng-summer and autumr-winter r)eriods.
Card 1/1