SCIENTIFIC ABSTRACT VAYNSHTEYN, B.Z. - VAYNSHTEYN, E.YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001859120002-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

VAYNSIITEYIT., B.Z., inzh.
I
Membrane actuators of traction devices ror the rolJing stock
of electric railroads. Vest. T,`)NII 14P8 25 rio.l.:9-13 166.
(141RA 19:2)

MYFEITS, Ye.B, "'ZI1,; VAYPISHTEPYN. B.Z., inzh,; OUDAIVUE, G.G., 'Inzh.;
ZHITKOV,'.,.i,Ya.,- irzh.
Nciw design of a relieraing switch for electric rolling stock and
die3el locomotives. Elaktrotekhni.ka 35 ria.11:11-12 11 164.
(MIRA 18:6)

VAYNSHTEYN, B.Z. (Tbilisi); VOLIF, AX, kand. tekhn. nauk
Experimental study of the heating and cooling of the trtation
motors of main line electric locomotives. Elektrichestviy -- 'z
no.10:85-86 0 164. (MIRA 17%12)
1. Vaesoyuznyy nauchno-lasledovatellskiy institut zheleznodo-
rozhnogo transporta, Urallskoye otdeleniye (for Vollf).

VAYNSHTEYN, B.Z., inzh.
"Electric traction apparatus" by N.M. Balalov and B.P, Petrov.
Reviewed by B.Z. Vainshtein. Elektrotekhaika 35 no.1:60-62
Ja 164. (KIRA 17:2)

CHUMBURIDZE, I.P. (Tbilisi); VAYNSIITEYN, B.Z. (Tbiliii)
Voltage unification in the circuit control of the rolling stock. Zhel.-
dor.transp. 45 no.1203-54 D 163. OvaM 17:2)
1. Direktor Tbilimakogo nauchno-issledovatel'skogo clektrotekhnicheakogo
instituta (for Chumburidze), 2. Rukovoditell laboratorii Tbilisskogo nauch-
no-issledovatellskogo elektrotekhnichaskogo institata (for Vaynshteyn).

AMIRAGOW, E.M.; VAYNSHTEYNp B.Z.
Diaphragm drives for the apparatus of the series VL8 electric
locomotive. Elek. i tepl. tiaga, 7 no,,9.*9-10 S t63.
(MIRA 16:10)
1. Glavnyy konstruktor Tbilisakogo elektrovozostroitellnogo zavoda
im. T.I.Lenina (for Amiragov). 2. Rukovoditell laboratorii
Ifauchno-isaledovatellskogo clektrotekhnichoskogo instituta Soveta
narodnogo khozyaystva Gruzinskoy SSR (for Vaynshteyn).

HMIDZE V N---- inzh..-VAYYSHTEYIT - B.Z- - inzh,,--- -- - --- - -
.9 . .9 P
Means for increasing the operational reliability of electrical
equipment. Vest. ekeltroprom. 34 no-300-51 Mr 163. (MIRA 16:8.)
(Electric industries--Quality control)
(Electric machinery)

P J. HITKOV, N.Ya. y KUCHAVA, V.A~
BEMENISHULI B.G. -
Lightened pantograph for high-speed rolling stock. Elek. i
tepl. tiaga 7 no.3.'6.-7 Mr 163,, (MIRA 16:6)
-1. Sotradniki otde3.a elaktricheskoy tyagi Nauchno-issledovatell-
;f skogo elektrotekhnicheekogo institute. Savata, narodnogo
khozyaystva Gruzinakoy SSR,,
(Electric railroads-Wires and viring)

BELYAYEV, Igor' Alaksandrovich; VAXNSHTEYN, Boris Zinovlnviah
VETROV9 N.I., inzh., retsenzent; KALININ, V.K., kam.
tekhn. nauk %I
red.; KHITROVA, N.A., lekhn. red.
(Mechanization of work and automation of systems in contac-
network maintenance) Mekhanizatsiia rabot i avtomatizatsila
ustroistv na distantsiiakh kontaktnoi seti. Moskva, Trans-
zheldorizdat, 1963. 84 p. (MIRA 16:5)
(Electric railroads-Wires and wiring)

,YAYMHTEYN, B,Z. . inzh.
"High-voltage switch drives" by I.G.Norovlakovskii, Reviewed by
B.Z.Vainshtenin. Elek.sta. 34 no.2:92 F 163. (MM 16s,4)
(Electric switchgear) (Koroviakovskii, I.G.)

VAYNSETMI, B.Z., inzh.,- GUDPVADZE, G.G,, inzh.; KHEIFITS, Ye.B., inzh.
Use pf dia^M drives in electric traction machinery. Vest.
alektroprom. 33 no.9:37-39 S 162. (MIRA 15:10)
(Electric railway motors-Equipment and supplies)

VAYI".SIIT-IeYII, B.Z.
-1
Thirtieth anniversary of t1le electrification of railroad
transportation in the Suram Pass. Elcktric',jestvu n0-8:83-87
Ag 162. (RULk 15.7%,
(Suram Range-Electric railroads)

VAYFSHTEYN, B.Z., inzh.,- GUDAVADZE, G.G., inzh.; KH-EUITS,, Ye.B.,, inzh.
Design and calculation of the group controllers of the rolling
stock. Vest. TSITII IMS 21 no.l!15-19 162. WIRA 15:2)
1. Nauchno--issledovatellskiy elektroteklinicheskiy institut., g.
Thilisi.
(Electrl:g~ controllers)

BEZHANOV, V.G., inzh.; VINNIKOV, I.L., lnzh.; VAYNSHTE)DI, B.Z., inzh.
Study of the commutation of an electric traction machine with a lam-
inated yoke operating with a pulsating potential. Vest. elektroprom.
31 no-10:13-15 0 160. (MIRA 1-5-1)
(Electric railway motors) (Electric locomotives)

VAYNSHTLMI, B.Z. , inzh.
Concerning the types of relay equipment used in signaling and
automatic control systems* Energetik 9 no,21:10-12 X 161,
(Automatic control)
(Electa,ic relays)

UYNSHTEYNj, B.Z., inzh.
In r6gard to V.G. Vasillev's article nDecreasing the m;mbp-r of elements
in lead-acid storage batteries at electric power plante.n Elek. sta*
32 no. 5:93 My 161. (MIRA IJ.--5)
(Storap~-UfMrUo)
(Zlectria powec )Aaut3-Sqvdpment and supplies)
(vasillevil VA)

VAYNSHTM, B.Z., inzh.
Goncerning the magnitude of the voltage in control circuits of
rolling stock. Vest. elektroprom. 31 no-11:31-32 IT '60.
(MIU 13:12)
(Locomotives)

,.:VAYNSHTHYR, B.Z.
How to prevent damages to frequency triplem Rleki tepl.tiaga 4
no.2:26 if 16o. - (MIA 13:6)
1. Rukovoditel' laboratorii Hauchno-iseledovatel'skogo elektrotekhni-
joheskogo instituta sovnarkhoza Grmzinskoy SSR, g. Tbilisi.
(frequency changers)

. VAYNSHTEYN, B. Z.
Valuable textbook pertaining to the safety of working conditions.
From.energ. 15 no-3:6i-62 mr 16o. 04IRA 13:6)
1. Hauchno-isaledovateliskiy elektrotekhnicheskiy institut
Soveta narodnogo khozyaystva GSSR.
(Electric engineering-Safety meaeures)

I --,VAYNSIITLFYN, B.Z. , inzh.
Measuras for Inproving the operation of the U14 frequency
tripler. Prom.ennrg. 15 no.2:27 7 160. (141RA 13:5)
(Electric railroads--Equipment and supplies)
(Frequency changers)

VAYNSHTEYN, B.Z. zh.
Remote control of pole sritchea, Elek.i tepl. tiaga 5 no.10:22-
23 0 to'l. OMIRA 14-1-10)
Remote control)
ectric railroada-Switetes)
M
,a

I . I - 'f L) 'I f -OU
ACC NR1 AP6000279 SOURCE CODE: UR/0232/65/000/010/0058/0061
AUTHOR: Vaynsht~ (Engineer)
ORG: None
TITLE: Repair and quality of electric equipment of electric locomotives
SOURCE: Zheleznodorozhnyy transport, no. 10, 1965, 58-61
TOPIC TAGS; locomotive, electric equipment, reliability engineering
ABSTRACT:. The author reports that in 1963 there was an incidence of equipment failure at
the rate of 2. 29 per one million kilometers of d-c electric locomotive runs, and 8. 45 per one
million km of a-c locomotive runs. The economic factors of the unreltability of equipment are
discussed, the need for taking the repairability of equipment into consideration Is stressed, and
it is pointed out that the design of equipment which Is not only reliable, but simple to install
and to repair, yields considerable savings since Increased repairability more than compen-
sates for the extra costs involved in the initial outlay. A comparison Is made between a-c
locomotive and d-c locomotive equipment, and the components most likely to fail are discussed,
as weil as some of the causes of their failure. it is noted in conclusion that an analysis of the
statistical data of accidents due to the electrical equipment of a-c and d-c locomotives, to-
gether with the development of a methodology of full-scale tests and speeded up studies of
models of new equipment under difficult operating conditions will make it possible to develop
equipment with the necessary degree of reliability and repairability. It is suggested that this
Lgard 1/2 UQ* MI.335,2.94:019.3.001.2

L 9657-66
ACC NRI AP6000279
work be performed as quickly as possible. Orig. art. has: 2 figures and 4 tables.
SUB CODE: 09,13 SUBM DATE: None
card

-VA'Y.NSIITEYN,--D-M., inzh.j- DVOROKOVSKIYj G.I.p inzh.; MAKINj N.P., inzh.
Using pol7ethylene pipes for atuomatic coAtrol systems. Mont.i
spets.rabo v stroie 24 no.12:11-12 D 162. (MIRA 15:12)
(Pipep Plastic) (Automatic control)
?e

YAXNSHTEYN Daniil Maksov~cb ARKHIPOV, V.G., inzh.p retsenzent;
PMOSBNOVp M.N., inzh.,, retsenzent.-, DUGINA, N.A.., tekhn. red.
Chistallation of regulatory and automatic control devices]
Montazh priborov kontrolia i avtoraticheekogo regulirovaniia;
spravochnik. Moskva Maohgizp 1962. 302 p. (MIRA 15:12)
fAutomatic control)

BANIT, F.G., inzhezier, VAY-IISHT?,1-11, D'.HL_GOL'DF.AR1-3, Yu,11., inzhener.
Radioactive slurry galige for rotnr-f kilns. TSement 22 no-5:13-15
S-0 '56. (MLRA 10:1)
(Gamma rsys--Industrial applicntions) (Kilns. Rott-try)

1A
PHASE I BOOK EXPLOITATION SOV/5411
Konferentslya po fiziko-khimicheakim osnovam Proizvodstva stalf. 5th,
Moscow, 1959.
Fiziko-khimicheakiye oanovy proizvodstva stall; trudy konferentsil
(Physicochemical Bases of Steel Making; Transactions of the
Fifth Conference on the Physicochemical Bases of Steelmaking)
Moscow, Metallurgizdat, 1961. 512 p. Errata slip inserted.
3. 700 copies printed.
Sponsoring Agency: Akademiya nauk SSSR. Institut metallurgit imeni
A. A. Baykova.
Responsible Ed.: A.M. Samarin Corresponding Member, Academy
of Sciences USSR; Ed. of Publishing House: Ya. D. Rozentsveyg.
Tech. Ed.: V. V. Mikhaylova.
Card 1/16
-W-V

Emma"""
Physlcochemical Bases of (Cont.) SOV/5411
PURPOSE: This collection of articles Is Intended for engineers and
technicians of metallurgical and machine -building plants, senior
students of schools of higher education, staff members of design
bureaus and planning Institutes, and scientific research workers.
COVERAGE: The collection contains reports presented at the fifth
annual convention devoted to the review of the phyBicochomical bases
of the steelmaking process. These reports deal with problems of the
mechanism and kinetics of reactions taking place in the molten metal
in steelmaking furnaces. The following are also discussed: problems
involved In the production of alloyed steel. the structure of the Ingot,
the mechanism of solidification, and the converter steelmaking
proceas. Th& articles contain conclusions drawn from the results
of experimental studies, and are accompanied by references of which
most are Soviet.
Card 2/16

Physicochemical Bases of (Cont.) SOV/5411
Regime and the Gas Content in Metal
94
Povolotskiy, D. Ya. , I. A. Lubenets, M. 1. Kolosov, D. Ya. Vgyn
s~~ and A. N. Morozov. Desiliconizing With Oxygen for Pig
fron Open-Hearth Furnaces 99
Shalimov, A.G., and A. K. Petrov. Investigating the Effective-
ness of Treating the Molten Electric Steel by Synthetic Lime-
Alumina Slag 106
[The Investigation was conducted under the guidance of S. G.
Voinov, Candidate of Technical Sciences, with the participa-
tion of staff members of TsNHChM (Central Scientific Re-
search Institute of Ferrous Metallurgy) A. I. Osipov, Candi-
date of Technical Sciences, Ya. M. Bokshitskiy, Engineer,
A.G. Shalimov, Candidate of Technical Sciences, L. F. Kosoy,
Engineer, A. I. Polyakov, and staff members of the Zlatoustovskiy
metallurgicheskiy zavod
Card 6/16

VAYNSHTEYN,- E.--
Payment by means of remittances. Dan. i kred. 14 no.11:43-44
N 156. (MLRA 9:12)
(Bills of exchange)

VAYNSHTZYN E
14,
Improve the disbursement operation of local budgets. Fin.SSSR
18 no.1:51-55 Ja '57. (MT-RA 10:2)
(Finance)
11

- VAYUSHTMo I.
"Collection of accounting and operational exercises-in the State
Bank" by V. Shchelokov. Reviewed by E. Vainshtein. Dan. i kred.
16 no.5:93-95 My 158. NiRA 11:6)
(Banks and banking-Accounting)
(Shchelokov, V.)

VATNSHTLMI, E.
Fulfillment of receipts and*dis~uraemiants in the Soviet qtate
budget.$Den.-i kred. 16 no.11:36-39 N 158. (HIRE 11:12)
(Budget)
4~4

VATNSHTWN, E.
A question that deserves attention. Fin. GSSR 19 no.l0s4P-47
0 158o (MIRA 3-1:11)
(Odessa Province-Finance)

L 04603-67 P,'T(I)/EVIP(e)/EViT(m)/r/Ei.P(t)/ETI IJP~c) 3~/GG/ATJ~.111
-Acc~ NR i-A-P-60-3 3-819 so 02697
D7~-/_ 667OW1 06416OSV605
AUTHOR: Taukerman, V. G.; ~yubin, V. M.; Vaynshteyn, E. Ye.; Fedorova, G. A.
ORG: Institute of inorganic Chemistry, Siberian Department, AN SSSR, Novosibirsk
(Institut neorganicheskoy khimii Sibirskogo otdeleniya AN SSSR)
TITLE: Photoelectric pr02erty of the selenium-arsenic-thallium semiconductor films
in the x-ray spectral region
SOURCE: AN SSSR. Sibirskoye otdeleniye. Izvestiya. Seriya khimicheskikh nauk, no. 2,
1966, 51-58
TOPIC TAGS: semiconductor film, arsenic selenide, thalliumtarsenic
photoconductive film, x ray photography, TV tube ,
ABSTRACT: The effect of thallium addition on the photoconductivity of amorphous
se'lenium-arsenic semiconductor films, 0.3-7 p thick, has been studied extensively
in view of the expected improvement in photoelectric property of Se-As films. The
first experimental data of the authors on the Se-As-71 films were published
elsewhere [FTT, 1965]. The films of T12Se-10AYe~ T12Se-2AS2Se3; T12Se-As2Se3;
2Tj2Se*As Se3; and,3Tl2Se-As2Se3 were deposited on various substrates by vacuum
vaporization. Th6 T12Se-As2Se3 films were found to be the most promising in applica-
tion in the x-ray spectral region and displayed greater photoeffect than the best
thallium-free films in the visible spectral region. Radiosensitivity of the
UDC: 541.123.3+546.23119'683

L 04603-67
ACC NRt AP6033819
T12Se-As2Se3 films versus thickness and preparation technique, x-ray dosimetric ~nd
volt-ampere characteristics, kinetics and spectral distribution in the 0.5-1.5 A
range of x-ray conductivity of the films were determined, as well as the quantum
yield of the photoconductive effect and the energy of formation of a single electron-
hole pair. A vidicon-type camera tube, photoconductive in the visible and x-ray
spectral regions, was constructed with a TlZSe-As2Se, film deposited on a beryllium
face plate as a target. The first experiments with such a vidicon tube showed a
short rise time (of the order of tenths of a second) of the system and the feasibilip
of visualization of the x-ray pictures and of measurement.of the radiation intensity
in different areas of the target. Orig. art. has: 8 figures and 2 tables.
SUB CODE: ll/ -SUBM DATE: 30Jul65/ ORIG REF: 017/ ATD PRESS: 5100
Card 2/2

-..-,---VA7NSH.TEYN.Ee
Surplus stock of materials in public institutions. Fin. SSSR 22
no. 4:39-41 Ap 161 (MIRA 14:4)
(Public institutions-Equipment and supplies)
(Banks and banking)

.
AYNSHTLMI, E.; KMTSIKO, Ye.
Practical training of students in State Pank branches. Den. j
kred. 18 no.10:57-63 0 160. (KIRA 13:10)
(Finance--Study and teaching)
(Banks and banking)

BERLIN, A.A.; VAYNSHTEYN, E.F.; CHERKASHIN, M.I.; 140SHKOVa.IY, Yu.Sh.
Polymers with a conjugate bond system in macromolecular chains. Part
32: Proparition and propartles of 1-polyhoxyne. Vysokom.soed. 5 no.9-.
1354-1359 8 163. (MIRA 17:1)
1. Institut khi~icheskoy fiziki AN SSSR.

~7 ~' ~-
O(T) MM I D= ZX=rTATICK 307/1700

2htwisly I Tsescrusmoto sovoshchawya po spakt kopil. 1956.
"M
Atcomays. 0
spektroakeplya Nat rials or'th* loth All-Vnlon
~m 3 Vol 2: Atomic Spectroscopy)
eatrascopy, 1956.
_
g
vmwOcCo univ., 1 58. 568 V. (Series: Its:
?
Vi "GaWly aborntle, v7p.4(9)) 3
000 copies printed.
Additional Sponsoring Agaocy3 Ak&doWya nguk 333R. Mcadealya, po
SpWctroskopl.l.
Witarlal Boards 0.3. LwAsborg, Academician, (Resp. Ed.);
U.S. Negorant, Doctor or Physical and NathematicAl, Soleness;
X-f- Faballisakly. Doctor of Physical " Mathematical Science*;
V.A. ftbrLkant, Doctor of PhyaLcal and Nathematical-341*nCeS.
T.G. Itorltabdy, Candidate of Technical Sciences; S.M. ftyWdy.
Candidate or Physical and Technical Saisnosaj ". KllmvUkjw&,
XIIIyanchuk
Candidate or4hysical and. riatthematical sciences, V.S.
,
Doctor of Physlc&l and Xatbamatleal Scien ~os; A.To.
Lathematical Sciences;
Doctor of Physical and P
s-S.E. Oaxerj I ftch. IM. s T.V. Saranyuk.
PURPOSR, 12de book is intended ror scientists and researchers in
the riela or spectroscopy. as wall as for technical personnel
..t spectrum analysis In various Industries.
4
i C0VZRA=1 This volume contains IT7 scientific and technical studies
r
Jr atMIG spectrogrephy presented at the 10th All-Uhlon Confer-
:
000 an Spectroscopy In 1956. The studies were carried out by
Rembers or scientific and technical institutes and include
WM*n&lvs bibliographies or Soviet and other sources. The
studies cover many phases or apectroacopys spectra of rare earths,
electromagnetic radiation, phyalcoahemical methods for contro2llng
treadmill production, physics and technology of gas discharge,
*put* &:4 spectroscopy, abnormal dispersion In metal vapors,
Spectro copy and the combustion theoM. spectrum analysis of ores
:
&W m1n
ralso photographic methods for quantitative spectrum
analysis or metals and alloys. spectral determination of the
'badragen content of metals by means or isotopes. tables, and
atlases or spectral lines, spark spectrographic analysis,

a, I
tatlStIcal study of variation In the parameters or calzbratlan
.11.40 determination of traces or metals, spectrum analysis In
notallurO, thermochemistry In metallurgy, and principles and
practice of ap"trochesalcal analysis.
Card VU
Naterlaaa of the 10th All-ftlOnk Conference (Cont.) 3OW/1700
V'&4kjsn._AQ,, " L.I. PaLilanko. 3tudying the irr"t
or Total ROO)c Compovition on the Result* Of QdAntit"'"
Spectral Dotgroanstlon of the No Content of Granitolds In
!!Vystyanskly. A.A. The Vertical 3un Telescope " the Snall-
site Diffraction spectrograph or KIgh ROGOlving Power at the
L*vQvskA7& satronoodcheakOft observatori)a (L'yow Observator7)123
XOgy"V' D.P. The ,m-17 and FEM-18 photoelectric optical
anXifiers for Recording Rx%rcmtlY S-411 Infrared F-distions 125
nLlyavkln. L.P.. A.M. Mgjl~vo1cjy; and 1.3. Jkl2r&=200- D-Proving
the Stability of rhotmultiPlier-7 for the ?hOtcl*ctrIc
Recording of Spectra 129
p!gs&kh&On. I.V. aff"tive Spectral Slit VIdM or -A
Itonachromator When Abarrat-10MIS am ?"sent 133
Card 9/11

VAUSUSIM-3duard Grigorlyevich; Y.ANPOLISKIY, Moisey Markovich;
KOWrAYEVA, R., red.; LEBZM, As, tekhn.red,
(Issuing credit for fi3wd assets] Kreditovanie zatrat v
oenovnye fondy. Moskva, Goofinizdat, 1960. 78 p.
(Credit) (MIRA 13:7)

VATHMITM, Eduard Grigorlyevich; KRAMAROVSKlY. D.
--tGolle-etIi oIn.1 - o.1f- ' p.ro,ble.me-in b.anking calculations] Sbornik sadsch
po bankovskim vychisleniiam. Moskva, Gosisdat, 1958. 79 P.
(91RA 130)
(Banks and banking-Accounting)

VAINSHTLYN B_4-,, doktor fiz.-mat.nauk
Problem of atomic structure of biological molecules. Vest.AN SSO
30 no.12:20-26 D 160. {MIRA 13:12)
(Biochemistry) (Atoms)

USSR1 Analytical Chemistry. Analysis of Inorganic G-2
Substances.
Abs Jour: Referat. Zhur.-Khimiya, No. 8, 1957, 27141.
Author : E.O. Vma~h~eyn! V.V. Korolev.
Title : Spectral Determination of Sodium and Potassium
in Silicate Rocks.
Orig Pub: Zh. analit. khimli, 1956, 11, No. 5, 627 - 633.
Abstract: The sample is mixed w1th 1,19CO-A, CuO and charcoal
powder in the ratio of 1 : b-5-: 1 : 1.5 and
packed in the carbon electrode. The spectra are
excited in an alternating current arc at 5 a and
photographed with the spectrograph ISP-51 on
linfrachrom-840" lates. The analytical lines
are: Na - 8194, M3; K - 7664, 7696, and Li -
8126 A. The graphs are plotted on co-ordinates
,4 S and logf; in case of concentration greater
Card 112

USSR/ Analytical Chemistry. Analysis of Inorganic G-2
Substances.
Abs Jour: Referat. Zhur.-Khimiya, No. 8, 1957, 27.i4l.
than 8%, they are plotted on co-ordinates line
width and logC. The width of a line is deter-
mined as the difference between two readings on
the barrel of the micrometric screw of the photo-
meter corresponding to two points of the line,
the blackening of which Is equal to the blackening
of the comparison line. The error of the analysis
does not depend on the gross composition of sam-
ples and is 4 to 5%.
Card 2/2

--VAINSHTEYN, E.S._j CHERNOSVITOV, Yu.L.,, nauohnyy red.1 VEMANOVA, G.F.,
i;a.-I;~~--v-a; BYKOVA, V.V... tekhn. red.
[Industry's requirements as to quality of mineral raw materials] Tre-
bovanlia promyshlonnosti k kachestvu minerallnogo syrlia; spravochnik
dlia'geologoV'.'Izd.2., parer. Moskva, Gos. nauehno-tekhn. Izd-vo lit-
ry po geol. i okhrane nedr. No.48. [Watural colors (mineral pigments)]
Prirodnoe krasochnoe syrre-'(Zemlianye pigmenty). Nauchn. red, H.L.
Chernosvitov. i961. 30 P. (MIRA 14:11)
1. Moscow. Veesoyuzwjy naucbno-issledovatellskiy institut mineral'-
nogo syriya.
(Pigments)

-UMMEYN,-*manui1.,-5 nmonnu4 r KENINA, L.P.,,,.red. izd-va;
SHRAKOVA, T.M., tekhn. red.
(Natural pigments] Prirodnye pigmenty. Moskva, Gosgeoltekh-
izdat, 1962. 20 p. (MIRA 16:6)
(Pigments)

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0 0 0 It 0 0 *
to
by
I.:-
&W 4.r Q-W LiI
;T o-3-l 1-10
0 00
0 0 9 0 0 0 0 0 0 0 0 0
.09
400
0*0
x0e
*00
tjeo

give, at bat quarts "Istals by awl" a IL ca"hala ww~aok.
yAWSCIltsin ((;qvips, rs"4-41-W, $I'- -- 42. K 101. -
pneral ~,Ictum of dclofmation obserVC41 it. Mica 6
in its "a n festures o, ",staim of Aluarix. The pheno-
sm-11,111 deqatt"A to). %%ittpull ik 108. 1. 90) should ba ACC4141111esl
6.1 1'% tho bwaking L'i tile rry.tmi Int., O"WAto 1. S. 1%

1r, "On.
A]-$,
i-!.-
X,;(~,y spectroCraphic invest,gation of bent mica crInUils With Ott- A ~ of a
J01-g-jin :3iwetroiraph. r,. (Cou4)t. rend. Ac;.J. 6,:i. U. 't. '). 1.1 1i-,
AU/01 35', 2jj-,,j ~, ).---Spec trographic examination of bent mica crys.41j inors thA
in the action of Lx,-ndin-r the crystals are split into --rystals, the latttr
chanrinr thuir orientat.on one to anothcr without bvinj inviividually distortei
to an,- ap,-.-recia'-le extent. C. a. If.

off 0
l
l I 1 4 11 11 to sA to sto if
4
*a
t U
So 4 'S So I
*
"
.
,41
!f,
N ,fl
S
X
q I
a , _
A -&-A A -L a,* ? a A 1. 1 ., 11-
_
o "
(4
N , .,
I , 11foak.
..
.
~
.
, I a
1
4
y
0 s
P I"
0I
S . -.
of
S
l -Wil'if till. JIM .11-4killt III, Ao.sl
.
i
i
-
t
l Ofo Oil, 1 "ni, Ill- Ill, 1, 4 till. %-I'll t
t, 1, o.1",
~~

.
th
t
e ..
a in
sly i
I IQ
1, Ii, liorovik
l
,
,
V
;:

av
ftall, '74slor Act. Alos. Igo
:~ U. R.S.S.. C
314-19 J,
1l
�I
$Ill a top 1.
j
,
new math..1henfort"I treat. ,li-olvol Cold pptl. in tilt- forol -If 11 filtv-strainid
In"t (if the ezptl. material avathoswe permits; the Connee. I'll Ow oliki. 'land "Vro-ifililff, Milt, %A,b u-vcrA imp.
Son, off the apporstrance Of knicks on the lons-forave f;lde of "ith loirtu'll'. ffivatcd if Illy 1111.1
he abloxforption curve with the pte-4ence Of Unfilled levotly, TF3114.'r the L'Ild 1211T.I., I-111. ill allibrJ4,11'. "A in I.n-
Under file Forlorli sufluee In file Fe group.
Till% loctilliarily N"t
lvtit.4 11110.1 Cla%,tt tti'L.di'lil 4,11 ill,
13 futility connected with other specific ptoolerfics of thm at W.111l.ai, pt, -.U, .411,1 1.41, 1 1P "I. ,.I Wild 11 1,
elements (e.g.. lieftomagnet6m). and may be utiliged in 1"111"llal. A'M 1.5 1 1,( 14 Ifol'u'll 4 %I'll tit fill it 'All,
aftil lot ifiv vi-es, t.urv III-, ,mid inttitight I I, % aitt see

vdivr. di-IlvC ill .4 'fflall atoll. lit lWilit,fir tfj1j,fvf
11, .1 lIol"'I'lin .1j,11. 11at tilt. 'Ji'l) "o 4
lty off 'I VA,-Iltllli
d
ilsater Will to Temoi,, 1.111(fle a
:l
:
valor lotion-1. vot, Tht, u)-tat 1, ml-W, of life t lialig4A all Is

00
ifacclic fill U1141 off the Ill tilt ne-L 11411 of ill%:
part lit Alit[
coal. I'Ll. , tit.. :Ird fillial'. l "tt-j-1 416 of juthij, un, oil
11
0 4111 I'tty"Iellin "Ilvt ill .4 C1.1%.11 ILA to ivill"Yo, twit"ho :11
1
coal it, n-t c,,- ai-av- at rt(, -iv. 0
"I atol"a. l I ... ... I . .,o I.- it,, ll 1., .1, 1 it , "lit'S1,1111 v
r
our pro,hwioo; Iu.,A , --k,. I h, .,f a., _0 0
artifivially ,%idti,d cool, woal, %obidt pto,luce oft, -L, or
40",
)
l
k
id
l 3
1
l
t
4
f
l

t .
e v,,
,n
.,
'11
"
alle.,
itt
411
"fore o
very
v,
v
ol. in antlnat~uc oit at I call 1W restotill by piti'ling
d Owns to Ivs thatt -13 so 41v. The tooling pmjerliv, of the
"3111tjlly I)Xilli~l.j CtUl~ WIliell jok-WIS the
d t-t
p
iluoc tit t1t
artiliciAl
oxicliz
c
to
rti
l
0
vN a,
v
ia
l
~tu
v
c
j
p
y
Life flot rv,tfyrvti by grinding ti"In to I"s thin 43 1, size,
I't-Aving ,( tooll, its authr4-tie oil viti Ise to,ed (to dct.
A Is a -Is L A WALLUIL.Kht LITtlikl6lit CLASUFKAMot lbor r"Ifulo"11 .1omix 'fighl h0f4iiiAl all.) 1.) &1, age
pl.s ~fw I. t P-I -( t,kmj. we*

kv 013 is sage 'Ift'l if,,, 1. li'lffal-Im- oil 0, -11
it 0
0 u Vj
I It it It 21P #4 a d No IS of of n it a drivuk- W '" "

00669 0 o 0 0 0 le 0 0 0 0 0 0 0 0 0 0

0 o *1* 0 0 * 0 0 q 0 * o 0 0 0 * * o o 0 0
0
0
A

1VV 4C14P4y=TV~S "21170321-330).-Tbe
. ZoultnIA of the electron configuration of an atom entering a
chemical comF~iund can W detemmed from an examination of the
S-ray a"irlittan curve. as the (miucacy of the Fcrmi limit and the
selective max. am altered. The ekettavalcat link is discussed.
The rule that the solubility of env metal In another, if a face-centred
cubic lattice is formed, is limited by the fact that the electron concn.
of the allay cannot be > 1-36 does not bold for certain cas". which
are discumed. A. J. X

A Borovaks an
Vai rt*d. A U.R.S.S., 1649, , I
W attention Is to the InAwace of "=metry of
the ;; ve function of the initial sUte of transition 01 (KLj - I.;
2o; LZL131 - 2p) on the intensity of dishftuon in the fundamental
.1t,an.d.atadisftnceofb0e.v.fmmiL Thus for W-L, the edge has
. the tong-wave reIgions without white lia" an the short-
waveside ForW-L W-L . Cu-Ln.Co-Lm; NI-Lmsilc funds-
mental ed~p; with N4ht M. Ila. * the shott-wave do exhl,
which an laeking in OU and *An. A new method of analysis
leads to an Identificationol' the sbort-wave max. (PIR)L nwiththe
Ila@ (I Is of the Ll edges, and the Inflexion tines agv-duce found
to shIMI-8 ov. For Ionic compounds the max. of the aixorption
lines on the frequency scale is shifted opily 1-8 to 1-2 v.v., but the
shift of the (P,)Jt) term teaches 7 ex. for ions of max. valency.
1. 01M.-D.

'o 0 e 0 0 0 0 0
see o o6 0 # 00
A AL 9 L I fi A.j 11.
:0 4~.
0
0
0,0
IN
0 0 0 C 6 0 0 0 Vo NCI^
0 0 0 0 0 0 0 0 0 o
it U 11 Id 0 26 v a 0 a-v---
1) 1'w v I I ix tit I I
It A A In
ON THE =ZRMINATION OF VLLZMCT MN THS I RAT ABSDFaIIDN
SPWTRA. EUJUMTEIN IZVEST AUD. NAUX S.S.S.R., 1942, (KbJm)
(6) 406-412) iW"Was-lan) The dloplaa*wnt of the point of Infleem
tion od the curve relating absorption coo". to frequency during
the change of state of stoma In metals and alloys, om blos th
degree of ionimatIon of the *toas to be determined. N/A.
4- 1 -W 11A
T-j 1A 4 Sa CW0 i-4- fW' li" Ji-4 3 9 1
P It OR at w a K a It 1. If III n I INA
Is 0 0 0 0 * * 111 0 0 0 41 4 41 0IS * 0 o 0
-0 0 o oio0 0 so Is 0 0 Is a 4 0a 49 4 0 1 Is -, o *0Is 0 a 0 Is 0 0 00000
7-00
!-so
0 Is
*00
~
130 a
COO
goo,
woo
not

Cry" dis-Mis el Go Uses Phalm G. LI, 114ki anif li, V.
V I C Arad. Sri. U-H~V-S-, WS, 0, M-13S.
Ct Sed. C'U", too. S41-041I.-
The cmpoun& which do not At isto the " of the
Clamical ideas of valeicy (Lav" phases) have the forinati Afti, or
The structures of Low" phosso are characterissil by
Cri-twW1. a.. (19. 41. but each 0 atom has six It atoms so its
t-kiabot U044fititvurs; this Ac0outtis for the fact that si"Itlar structures
'to not %Amtvvtt to lonk compouttils. Tho" structuret Isertnit "it
variation to the U. between the faditut the cutup,itiontai ti;M4,t
of uninumW spheres occure with J? , N - 1-123 &M the .4-11
distance (de) s/I 1. Thatm rimentat=5'. R.: Ma lit, tietw"11
I-Iland .33(cak. Vah. r019-1-34). Contraryto Ihe views tit
lichulao. ix,forisatitta plays an imlitirtant Ole, Although MUNAl
Pilarlastitin may somt,tittiet be dbWuiftd Isy the Inituencr of Indi-
,,,Iunl vhAtActeri tit the olectrunk, attucturrs tif cmistiluent atonis
Ot the lAvre phase. Memento parik-1patins; to Lavro phoso ftstat
40in are ClAwd As ~) elitiornin acting no A comp,ment val , (Na
K. Cs, TI. Ag. 11b. . Cr, Uo, Mit), I elements artivit A. it
lityrients an))- (Za, Be Cit NJ All Miss CAJ;dbIO 01 ACtinit AS
either .1 lit 11 (SIR. Fr. e", Au, N. Mg). I.Avro phases should not
be rrg*rdo%t as an Indepetulent grimp of intrythetAllic conqviindo,
&nil the lerin should Im) alyhril only to A jefinar tylw .,I crvst.
structure, W It, A,

I ; I a I A t a a v it U 11 W m Ir it R 11 a I T U1 A it so 11 v U At x it U a x a 040
Mi. 7~jylmx( im,
A 111-~L 4 0 A dot 0 -140
a
. of 8 1o
2~1 sit a A.* 1 1,114 1 of 1 0
*0 .4 sTiWI R4dOAM'(it XA9WdQIIi-L;;J igm, Altm~ by #alpha* AM.
09 9 v. F_ Vainsteln and E. E. Vainstein (Ismsf. Akad, Sauk S.S.N.R., 11110",
00 (Mial.), (41. 312-313)~~JTWRQAUWJ The loss in weight per em.1 lirr hr. .00
(if maitTlesium. lead. and 11 magmaium-lead altoy* in OAX-Httilli was dett-r.
0 mitiml. The loam in weight. issitdt4l to magursiuln; -00
a it then remains fairly uniform over the range japlimli. 15-INY111 Ivad) ill w1hirh .00
4r ('Uwtio in p"nt. at a Value about one-third that for pure magnestuta.
mIX)n " vice" 31#,Pb spWars the rate of attack incrvita" and n-sehra R .0110
Ant'saximum at -*ro lead. which comrimliorsdis to the putv rovillound. There. A 0
after the rate decre"m rapidly, and betiatten 97 and I(Xrlo lead ia Practirisliv =00
zem-N. H. V.
coo
00
00
00 31 coo
to 0
Kid., smal 1.
;-
-1' -0-0-0 0 IF I x IN I A) a I
U 16 AV go &I IF a It to of 19 a It it it C1 It ft KW fl 1 14
0 0 0 0 0 9 9 * 0 0 0 0 0 1) 0 0 0 Illito 9 0 0 0 0 0 0
lei : : : : : * o o 0 o * o o 0 4 o 4 o 0 a 0 0 o4 0 11 * o 0 o o 0 & * * q 0 o o 0

06 Oc cc (At a
(he ?tot Ire Of (bA Chtngftl 5=4 in a" M"Ho Compnuah.
U,I.khe Alim.. 1013, It. 10. -111 f1i 1~
rry"..
*all -44
:0
all
lee f
'041
t:0
40
If vl ff qQ
DO
kV
it ag
0 0 so 4
* 0 0 *4 0 0 0 0 0 0 so 0 q so 0 0 0
9 0 0 0

1 0 0
*e,A a it U to w to
JL L--A-
U14.0

A

ec C tX-Ral.InTI10111111SUM Of UW stmott" of tu L14um ftaw. F. F,,
41043,1)7,111"
d
).
"Aim" 1M. M(
still F. A. poray-Kolihits (1111mW A V
`IKlt4%i# of the
Atilt
lfi
[w
)
A Ivview of tho quasi-crysta
umogion of the throwtical basis Of bods and the
pi
l
se
liquid @tat&.
distributilm function in supplemented by exilerimenta
f th
e
FTetAtion o
ro4u,ts. 1()3 vfrrrncc,, are givt-n.-V. K.

00
0 0

0 - I L41TAL&VIRGICAL LITINATM CLASSWICATIC06
it
Wool .0 44. 40t
00 i " -7 ,
I 10 of et it I 1W mallow nun Ito
r0
ICU'
- law #3
.... .. 414y--- -
rr 414S3, aw ", is.
v Gd 0 0 v I Ar so 2 a 4
-041
.041
-60
too
jx**
400
Igoe
00
~2001

A-
A X-
[ fa- A -k--s
Th# "nn of *9 tbiat!W boad In OM* lmaqw4 cam -
Powds. 0. 11, Ijokif imil W R
04"'"W
3
i
lhi
U
P"W. dcad. $a. V. R. S.
,
s; 1
l 1.
nti
t I--(. C. A 37 63M.-A wirwtural picture
i
"
1 6 odered for
oof the d
r
AIM)s and jPt(NI14)(CJI')C111* M).
,
b
i
l
fi
n&
i
b
d
t
k
d
rdsa
a
or s
m
s postu-
ew.
on
em
a
c
.
,
log 111, fated to exist between the metallic atom of the dimer.

0 I~~;
Involved In this bond arc the deePer-fYing 2P electrons ol
At
d
h
l
U
l
( P
i
d

00
i re.
or
e exter
e
ectrons o
n" t
or vi
miry T
t.
trons are already used in the lomation ot the monomer.

00
; As subsuatistion. D. and V, show that their Picture of

t
h
l
i
s
e x-ray ana
n accord with (1) t
ys
i he dimetallic bond is
-
f th
k
l
h
0 e
structure o
a
e gferem
44 the dimers; (2) t
functions (it flit
1z of the w*v
(3) the quantual-Invehisilk-di
trw
J cyaluation of the M-Al and Pt-Pt bond distances; (4) &
(5)MCaskire-
rnents of the dipole awment of 1; and (6) the quadri.

0
o Talent chem. behavior of Pt " obsoved for U. The
shoct distance between the mrtallic atom entirely climi-

AL&Z nat" futy structural pk-ture bivulving Cl attmas as ittwi-
inedistry links of the bond; the catalytic activity of
AIC4 may be related to the stnicture at thit dinter.
0. Calvin Brous

J

A641.14 A *ITALLVXGKAL WENATLA11 CLASSWICAT"
VIC"
L

- - O.V alt
------------ - --- 4190100t 4~4911 Ow 0-0 Ot
AT 00 13' 0 " 0,
-
t it of a It a It a Z9 tt K
4n
I
14
UO a t
0 * 0 0 0 0 0 * 0 0 0 0
It 0
o
: :
1 * 0 0 0 0 o 0 V o 0 o 0 0 0 o 0 o 0
_
0
so go * a 0 0 * 00 00 16 0
: 0 * 0
0
C
0 * a 0 0 0 0 0 0 * 0 * 0 0 0 0 0
'so
00
'00
-00
.00
0*0
0
1* o
I-00
o
"o o
too
1;0 o
woo
w0 0
Wo 0

it ANP )Okl, 0 lt(#!~
A
V*CC1

The tallu"Ce *( Chetnicall bond on the asymmetry of
d
f -00
fine% o
the an
Wan z-ray spe4ftunt In various elemects.
#Inshirin. Poklady Alftjd~ Notsk S. S, S, R. 40,
4 -
1
~j
1
Compc rfad. ac4d. sti. U. R. S. S, 40, IAU-
141).
6X-
l
.- - Elpil. 1121a %h.w that the
5 ff. C. A. 40, Wo
i
t
h
ncreaws
e Ka linti gradually
asymmetry Ind" W) n
t
on approachl ig thooe clements with unfilled ;W ithelli as
compared with nearly perfect symmetry tit the corr"ixond-
Ing lines of other elemmu. The At stuins a msx, of 1.13
00 with Ft. after whkb it decrews again. The Al of both .010
Ca and Zn i4 nearly 1. Cakns. show that the vb%erved

At f
h
d f
b
h
i
f
$00

a
-J~t
!, or
ram un
e accounte
deristions o
t
e
ty can
y
ititemctimstwtw"ti2paftd.'Idrlectrons. ThrAlofthst
;
! ,tries of traniitim clentents which includes cite Fe group
ith th
h
l
d
d
i
h
i
l 400

o

f! rs an
w
t
utagnet
e
Can
e corre
ate
w
c ptopert
clectrunic configuration of such elements In both the free
coo
anti thr chemicafly combined condition. W. Perry
to o
of
.;Ai L A Wk-
SLA ASTALLURCKAL LITINATIA1 CLASUPKAYMN
got V"~Ilahtj
b u a Av Q HI; li-t-TX-7 I's It 9, 'K"W-
4 0 0 0 0 0 0 0 0 0 0 0 * * * 0 0 * 0 0
0 0 0 0
011011fits lfttfk
200
are
!too
u00
wig"
I sit NO M 0 V to!)ao
0 9 0 0 0 0 0 0 0 0 0 * 0 * 0 0 0
0 0 0 0 * 0 0 0 0 0 0

a f a a
fit Aho )-0 C*
cc. AA4 f

00 -'t
-
7 '00
4
0* 1
CC( -00

00
.00

*0 Go
0
sucalty *I M1g-cu alloys in H.SO, and NH.Cl.
:

-151~t( 11W
0 It
V
06 4. S.
t
bi, Per unit arts) 440avcd on "P("1118 fill"Y'
W
1
0
it, cents. up to 3001, Mt. to 0. 1 X11'.14)IM1101
00
uTd
1
U
X
rog
1
X NII,C1 am intcrprctttl on tht be.is of the Cu-.%Ig
v
ph&w diaxtam. I. W. Perry .00
00

coo

o

0

.0 C.4 list
"
U Ag 93 At,
S a
4 0 . I v(
(01pir mit Kit pfu 9 a tat I tON4
I~
,
0
0 0 0 0 0 0 00 0 0 0 0
*
i
'0 0
0 e 0 4 *
s 0 00 6 of 00 0 0 * 0
I - ---1 0 J Le-q-.-f- 000 0 0 o & * *

a - I t i W -

A
-AA, I '-1 ... Salm" a
hlqfn. am I

of the absorption 4tdp In difft
-Ptwntw by A - A. -(k1
ul the anion
of the tattice
f1c
Lt propartimIA to it$ polarbaw
sulfidesol Owt
Those of otherv=.re"I
4 tmt In tm *a a this groul
4 lic than saltlike. 7U 8 artion i
Metallic tompmut of on Hak.
v
IL Nis
e
,
ow
Rbal NH&O, Cma, A
00 11

Ar 1 1
am U11(31.

vo Mw IVIA
It 4 AT so

R.
ri. CUM. 19"
me knath
6%ttkvo it wt!U
lbeabsorptlon
rl. f the
WiM,
,
I of tatike W-
chlorides am
X-anits from
data Imlic-ate ZOO
Is more mew.
at 30% o( the
i studied were

see

des

too

too
to*
glow W"LMV W*
4141111 &a*" ' -j FAA
A 4 1 ad a 4 4 1 v a a 2 a IT

4 4 7 8 0 12 1101) W#316 Iris wall_ 4 06 It a to u At w a b I/ A
I L ALI'A- P- - Q 1. &-- % -A
'14P .." ljo,

04
0
X-A6 med"g in IMIYUCA CISOMIEtty. 1(,~ I$. Valt3t,
wkki K&'
V$
hMU
U IS
1114
U
1
rV
-
-,
I
,
94;). - R
.
wc
P
(
t t
t
t
b
l
s fl
cletsirmary
a
alci
m
I! roy in c(atI
Nt.
'61ti
4f
l
.'
,
u
y
t
l
l
h
d O
h
D
e
ch't1
.lew
4 An
r vrar Ifl
friels"O I
lye v4p
W
R
4r

Soo

4r

u ',so AV a L,
. 0 .2-9--j
It4s
0 0 0 0 4 0 0
age
coo
COO

"jjcd
r'"Gim, K4 r
on edge,
"'a iiiMcdo 0t g", cl 'SW CAIW- th K.
jl~cstructu-Ol ' 'dirconnecting
de-loped of I"Velints an oaconnelion.
Formula &re t.,
. intensity of the St ;KcIv is
for calculatin * r'"' of the element-
IN degf" Of ionization Of the
these lines w re of tt,, KedV and Me At- no' To.
betwcvft the structu

VIEINSTEII-11 E. E.
USSR/Phyoics 1945
X-ray spectra
Iron group
"Wluenco Exerted by the Chemical Bond on the
Symetry of the K-alpha 1,2 Lines in the X-ray
Specta-IM of the fhem~entn of the Iron Group," R. Z.
Weinstein and 1. B. BorovBky, 4 pp
"CR Acad Sci" Vol =, No 5 ~
Studies on K-alpha 1 2 lines due to 2 p-la trami-
tions in th7e atom, with a bent-crystal spectrograph.
4T93
W93

USSR/Miolear Physics - Neutrons, Thermal "1 1946
Tea-clear Physics - Neutron-a - Dirfusion
74 "D:LsPc-rsIcn of Thermal Neutrons In Metals," E. Ye.
Vaynalhteyn, Ij pp
02rlroda" No 7
Author givea a brief sumnary of the work which was
undertaken by various Amerio-an seientists attar
MbItaker and Beyer disclosed the fact that there is a
relattanqhip between permeation of slow neixtrons in
natter a.-,.d the physiezl dimeneims of the solid
bodies. H" givea a br
ief description of the results
of X-ray and electrmographiz observations vhich vere
ocnd-,~sted. or, the dispersion of neutrona in metals,
ID 34%~)
ICW'RtN-aclea:r Pbyei,~e - Neutrone, Jul 1946
Thermal. (Con--d)
Amor,E "the solentiots mentioried are Nix, Duming, aud
Clement,
34T65

0 0 0 0 0 0 0 0 9 a a 0 a 0 0 : 0 0 0 0 0 111 0 0 0 0
T 0

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VEYNSHTEYN, B F
vii fri vi rt7 7tj
PA 21T113
Sep 1946
Spectographe
X-rays Application
"A New Type of X-ray Focusing Spectrograph with a
Curved Crystal," F.F.Veynahteyn, K.I.Fiarbutt, Laboratori
of Geochemical Problems and X-ray Chemical Laboratory,
im6ni V.I.Vernadskiy, Institute of Geological Sciences,
Academy of Sciences of tbaUSSR, 4 pp
"Umptes Rendus (Doklady)" vol L:Eii, No 8
A description is given of an improved type of spectro-
graph obeying more closely the equation for the re-
sulting intensity of the scattered wave in an
arbitrary point of observation.
21TU3

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471.3ai wal changvl into a powerfid ftIctoing sapp. for
an.Alysis of structure with monochromatic r4yo. Our
varinflon of the mrorm 14 ittilable for work involving smill -0
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USSR /Wmistry- Rar a Eart he
Chemistry - Periodic System.
Onare Earths and Their Position in the Natural
System of Chemical Elements," E. Y6. Vaywhte7n,
15 pp
"Prirode No 6
Presents characteristics and -,properties of rare
earths and their classificat ->n In the periodic
system.
2/4j.9.n3

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of A
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o0
0
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Aso PoOt"Iff oft
3939 Quantitative ftmpn-apectrum Analysis of Rare-
Earth Elements by the Method of "Inner Coeffl.
Clents." Z. E. 1~2
!"Mrln and N. V. Turanslutya.
Zhur. 323.31(1949)(In
Russian). I
Given a minute containing seviral rare-oarth elements
A~ D. Ole., the authors apply the name 'Itmtr coefficient of
A and D" to the funtilon It - 1x/y)/1sA/vIj)o where x and y
are the concentrattaps of A AM 0, end dA and a, are the de.
trees of the darkening produced an a photographic plate by
two close lines, Lo and 14, of the mixture's x-ray spectrum,
W belonging to A. and Le to 0. The authors found that, for
any fair of rare earths so far examined, k Is independent of
the presence of other elements in the mixture, so that from
empirically canstructed curves for k of various pairs and the
measured ratios of clarkeninp, the relative contents of wart.
ous components In a mixture can be determined. 0, further,
a known quantity b of B is adifed to a wAxture of A and 13, the
equation k, - fx/fy b)j/($A/Silk Is obtained, which, togethet
with W original k (;VY)I(BA /so), permits the 4ttermina-
Ilan at the absolute values of x and Y. R Is seen that only one
such addition Is necessary for the complete analysis in a
cast of many components. The method was tested on Ce. Nd,
Pr, La, and 8a; the error did not exceed 4%.
S 1, A ASU"VEGICAL LrItNATUNI CUPWICATOW
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Solution. 11, VAtuAtirin. Puk6fv Akqd. Sdik S.S.S. R.
60. 771 ;A194M.-The fine otrtwls~rv tit the K-tilmvptison
limit "A. defif. in 70-fir, rXist*us". in MAII..
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of Simple -4115. NIC1. and XLS06. 41A in soln,,. uf [Xi.
'I * 1. the struciure of the litnit is itIrsitical. a ithmit
-us)
urwtiozi3i on the knig-wave skle. situ) with coinciding
oup~ of fluctuations on the 4xitt-strave title. Adifro-reut
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k
tion of 22 Simple lunits Cormwiding, rimp.. to
and to the ion. The c1mcneit of the obsetved
shift of the main max. in IM(CS).1 -- (24 e.y.) and of the
energy of double ionization of the Xi atom suppons this
Interpletation. N. Thou

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LUMOR. BLLI-eich, C;. 2: SOT/75-14-4-30/30
TITLto Section of Analvttcal Ch-latry of the VIII X.M.I.y.,
Congress 6. C. awral ad Aqvii.d chwai.tr7
rXEIMCU- Mortal mMalitl.h..koy khI.II. 1959. T-1 14, Wr 4. pr 511-512
(u=) *>
A23MACT.
Approximately 300 yor.ons pwrtialpated in the wort Of the
I
Departmat of Amalytical Chemistry. -Ong the% representative.
Of varlo" Scientific reavarch institute.. higher oboola and
I-vatri.1 trriait, Russia. &.Lanti.t. from China.
be Po and Italy. Approximately 70

parts "" board. In hie poalag speech .1. P,_AjLxrA-rwport.d
:
k
the scht.w.c. "Out%. n1 *a modern, Problems of aralyti.ml

chemistry. T. a-- ' rw;~rt.d .. the appli-.ttom of p to.-
h
.
y
obwelc4l *yet*=# for the solutlo
of a
n
prObleas of analytical 1. rusnotsov
sqvl;~ r
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o
modern &Its 1. the us. Of orSaui
c
repo 0
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g
d t the
exampl. of h&l1d. and thlooy.-to
between the stability of conylelte and
n
t1oe
t...
*
aitI.o, of the . rroa;.rAing central &
i
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Y_
eye . t_K_.ZAAhX0XA
of oxisatoo of Cu. CO. and i do;.nang; ao. the ., motors of
the ex3jes :Oloculo. _T.!o_jQx2a2xA lectured on the double
ebaracter or reaction of "me c4apoun4a In the formation Or
enspl .4 he problem of the of lik
ohmmintry ... dealt 4th I. the lo.turse of
ad co-varkars. .44 ~L. ;,xQLk2z" and X. A.
-
4 1
h=_1
a-ur
1arge number of lodtu~rws dealt with tWiii
1
now organic ".cents 1. analy.t.,
reported a, the application of dlalkjl and dlaryl dithio.
pha.;horlo said for the of .1 ... ts. )XIAOV,.ood
~~e
!
ArYl 4rwOQIO -14 and -r7l Pb-OS~liziQ so 14-R-P
t
skly P4
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Shlt &ad A- 1. X~nanenko
!GO tarea of Z_0
with the Yhoto" trIO a us f. ..rise 6 1&
,~
using fl- rive, derivatse. A, I. Zberko-ov lect~el on the us* of
I. -lyti..! and I. X,
lectured o
the determination of tantalum using
speat" tot- try. In, T. Warsch."kil and T.-A,
;b
a-re on ow. highly analyst. . thade
i
L mm
ta
,
lolot microscoy*. 34voral 1-turso dealt with
methodical ad the probl.o. of pq.truo
-4
Qil ~;-- - ... ~-,* -Ti-.1A. ~.-_ 'r-ffit:d"Ithe
porf ation of flat* photlowitry. Uvoral I.cturoo dealt with the
d.9.;2-14ca of .1staut. by PolarojraphY
Ayj cA . P. G.kh.UNT, Us.
J. A. TLEMY I T-
b
tW111t. ~.-, fix*& tioctrodes were t
and ju.S. Iyalikov and co-workers. .he l.ature of
-t.... and y treated the moo of "perometric
ratio. with t- ;:.%be h..i.U7 of uranium an4
tAt
tbarivow E.g. Son7avl. showed albiliti.s of predicting the
no,eiltio,oo of chromatographic ow;aration of alo=otat4 based an
their Position to tho periodic Ay*tA&. T. A. Belyawakay re prtel
.A th. - of lot xch..J* I. the 14-otleall.. .:r the tot. of
A4ub and Y_IL_P*trlhlftl
s" taees Is Olutious- A.,1,Ttrp
I- ::.d an the chronat.grarhic separation
.1smoutm, y, a, pvlysn*kly m;vrt*d on &daptlrj the properties,
of I.. *vchangr ro.i.. n4 .... ti.t.. reported
.. the obro"tographt. ;!ti, tdo Preparation. in
Card 314 21,tlAs of the or$--I .. C. -I StAro'binoto and tro.t.d
tbe application 0f high paly=.re to hro-tagraphlo analyst..
The I-Iturs - f and V.X_ZRrkw_V_%JLUb, Q_!
dealt with go 3...-l 1.ttur.a treated the us.
th chrozatoCraphic InyostleAtion of
radi actil. I % poo for 0
compl" formation Ca~L, ~w- oy %Ad associates), for the
Iarstice'ti.c of the co-pr*cIpttation modhanlAm of tons of rare
me tale with valfl4o- (Z-.A "d for determining rare
.,amo.to, by as.- of dll.tio. 'I.P. kligikrks. G..k_
h
ri. ~I-M.ry -j-1.
th I... ; !,f , *
y and T_A~. late- with
.&:*cL&tos h4vu to be ~ho tr-4-ated th.'
rs~IJ atcru.4thod4 for tho olzu1cansou. 4oc4minatiOn Of 0-1r.11
;ort.,~t z., boran, flwrlne And
seats
P. -! .. vy

2400,240)
AUTHORSs Kotlyar, B. I., 3C)V/20-1,25-1-13/67
tayn,,,-F,*
Va n
n ""
'
, ~
~
_;Fap
iro, G. A.
TITLE: Investigation of the Fine Structure of X-ray Absorption Spectra
of Iron in Some Antiferromagnotica kind Forritea (looledovaniye
tonkoy struktury rentgenovskikh spektrov pogloshoheniya
zheleza v nekotorykh antiferromagnetikakh i ferritakh)
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 125, Nr 1, PP 55-58
(USSR)
ABSTRACT: In the authors' opinion this is the first experimental
investigation into the subject given in the title. The purpose
is to clarify the direction and the magnitude of the varia-
tions in the fine structure of X-r:.q--K-abBorption spectra of
iron in antiferromagnetics and ferrites. These variations
are related to those occurring in the magnetic state of the
said substances. A further aim is that of finding ways for
the most suitable development of these investigations. The
antiferromagnetic modification of iron oxide (a-Fe 203) and the
group of ferrites NiqCoqMnqSr and Zn were selected for the
Card 1/4 experiment. The authors used a focusing X-ray spectrograph

Investigation of the Fine Structure of X-ray SOV120-12-5-1-13167
Absorption Spectra of Iron in Some Antiferro-
magnetics and Ferrites
of the Iogann type. Some of the spectra of Lx...Fe203 and
MnO.Fe203 recorded in this way are illustrated in 2 diagrams.
A remarkable (almost treble for iron oxide and double for
MnO.Fe20 ) change of absorber thIckness influences but very
little tAe relative in-tensity of the longwave range in the
absorption spectrum of iron in these compounds, leads, however,
to an impoverishment in the fluctuations and to a distortion
of the true ratio c-f their intensities at the shortwave side
of the absorption limit. It was found by a similar se=ies of
experiments that the optimum 2density of the absorber corres-
ponds to the density 5 mg/cm . Two further diagrams show the
group of the absorption edges of iron in various compounds and
the absorption edge of iron in iron ferrite and iron oxide.
The following provisicnal -onolusicns were drawn from the
experimental datas 1) the wavelength of the first absorption
maximum and the positicn -,,f the center of the absorption edge
of iron in a-Fe 203 in the ferrites inveot-gat9d practically
Card 2/4 do not depend on the magnetit,- state i)f the substanle. In the

-Investigation of the Fine Structure of.X-ray SOV/20-125-I.-13/67
Absorption Spectra of Iron in Some Antiferro-
magnetics and Ferrites
group of the ferrites investigated the said wavelength also
does not depend on the nature of the bivalent metal. 2) The
ordered distribution of the electron spins in the antiferro-
magnetic lowers the relative intensity of the longwave range
in the absorption spectrum of the transition metal, as compared
to the paramagnetic or ferromagnetic state of the substance.
3) At the shortwav~ side of the X-ray absorption spectra of
all ferrites investigated here a more or less clearly marked
fine structure was observed- 4) These conclusions are merely
of a provisional nature and must therefore be substantiated
by further purposive and systematic experiments. Some of
these are being carried out at present in the authors'
laboratory. There are 4 figures and 12 references, 5 of
which are Soviet.
ASSOCIATION: Institut gookhimii i analiticheskoy khimii im. V. 1.
Vernadskogo Akademii nauk SSSR (Institute of Geochemistry and
Analytical Chemistry imeni V. L Vernadskiy of the Academy
Card 3/4 of Sciences, USSR) Odeaskiy pedagogicheskiy Institut im.

Investigation of the Fine Structure of X-ray SOV/20-125~1-13/67
Absorption Spectra of Iron in Some Antiferro-
magnetics and Ferrites
K. D. Ushinskogo (Odessa Pedagogical Institute imeni K. D.
Ushinskiy)
PRESENUD: November 19, 1958, by A. P. Vinogradov, Academician
SUBMITTED: November 17, 1958
Card 4/4

Ye.
tIX-Ray-Spectroscopic Investigation of the Structure
of 50lids." Thesis for degree of Dr. Physico-
Mathematidal Sci. Sub 27 Fab 50, Fhysics Inst imeni
P. N. Lebedev, Acad Sci I
Summary 71, 4 Sep 52, Dissertations Presented
for Degrees in Science and Engineering in Mogcow
in 1950. From Vechernraya, Moskya., Jan-Dee 1950.

24(4) PHASE I BOOK EXPLOITATION SOV/1508
Vaynahteyn, E. Ye.
Rentgenovskiye spektry atomov v molekulakh khimicheskikh
soyedineniy i v splavakh (X-Ray Spectra of Atoms in
Molecules of Chemical Compounds and In Alloys) Moscow,
Izd-vo AN SSSR, 1950. 206 P. 4,000 copies printed.
Sponsoring Agency: Akademiya nauk SSSR. Institut geokhimii i
analiticheskoy kh1mii-
Resp. Ed.: A.P. Vinogradov, Corresponding Member, USSR Academy
of Sciences; Ed. of Publishing House: L.L. Razumova; Tech.
Ed: N.A. Nevrayeva.
PURPOSE: This book is intended for specialists who use the
methods of X-ray spectrography for research in physics and
physical chemistry.
COVERAGE: This book presents a survey of achievements in the
Card 4

X-Ray Spectra of Atoms (Cont.) SIOW,
field of X-ray spectroscopy as it is applied in the struc-
tural analysis of chemical compounds, metals, and alloys.
A systematic review is given of Soviet and foreign ex-
perimental data. Research methods and fundamental theo-
retical concepts are also included. Much attention is given
to transition elements, especially the iron group, due to
the great practical and theoretical interest in these
elements. -jertain difficult aspects of X-ray spectro-
graphy which belong to the larger group of theoretical and
experimental problems of the so called"satellite" lines are
not included in this text.. Bright prospects are seen for
the application of X-ray spectrography to metallography.
The author consulted the following persons: N.V. Ageyev,
Corresponding Member of the AS USSR; Professors I.B.
Borovskiy and G.B. Bokiyj and K.I. Narbutt and R.A. Borinskiy.
There are 133 references, 96 of which are Soviet, 33 English,
and 4 German.
TABLE OF CONTENTS:
Preface 3
Introduction 5
Card 2/7

X-Ray Spectra of Atoms (Cont.) SOV/1508
I. X-RAY EIMISSION SPECTRA AND THE STRUCTURE OF SOLIDS 7
I. Intensity and Shape of X-Ray Emission Lines in the
K and L Series (Theory) 8
1. The shape and width Of FO(1,2 lines 9
2. The shape and width of the X-ray K and L
series of emission bands of elements from
the first period of Mendeleyev's (periodic]
table 13
a) Distribution of the valence electrons of
metals in the conductivity band. Calcu-
lation of the N(E) function 13
b) Calculation of the probability of the
p(E) radiation transition. Shape and
Intensity of the X-ray emission bands 28
Card 3/7

X-Ray Spectra of Atoms (Cont.) SOV/1508
II. Experimental Study of the Shape and Structure of the
K and L X-ray Emission Lines of Chemical Elements in
Simplest Compounds and Alloys 36
1. The shape of K and L emission lines of heavy
elements in Mendeleyevl~ [periodic] table 36
2. The shape and structure of the K and L emission
lines of light elements from the first two
periods of Mendeleyev's [periodic] table 39
III. Experimental Study of the Shape and Structure of
X-ray K Emission Lines for Atoms of Transition
Elements in the Simplest Compounds and Alloys 50
1. Use of equipment 50
2. Possible sources of error, accuracy, and method
of measuring spectrograms 53
3. The form of YvL 1 X-ray lines of atoms of
d
transition eleme
s in metals and the simplest
chemical compounds 61
Card 4/7

X-Ray Spectra of Atoms (Cont.) SOV/1508
4. The form of X-ray lines of -copper and
nickel atoms AsilloyB of the nickel-copper
system 72
5. The form of Kq' 2 X-ray lines of,nici*1 atoms
in alloys of tA6 nickel--aluminum system 8o
6. The form and width of the KPlines in the
X-ray spectrum of nickel atoms in compounds
and alloys 84
7. The form and width of the KP lines Of copper
~
and nickel atoms in alloys
the nickei-copper
system 87
8. The intensity of the K0 bands of nickel and
9
f. the nickel-copper
copper atoms in alloys
system
Card 5/7

X-Ray Spectra of Atoms (Cont.) SOV/1508
II. X-RAY ABSORPTION SPECTRA AND THE STRUCTURE OF MATTER 102
1. Absorption of X-rays by atoms In gas molecules
and in compounds 106
a.) The theory of molecular X-ray absorption of
Kronig, Petersen, and Bogdanovich 100
b) Experimental verification '3f the theory of
Kronig, Petersen, and Bogaanovich 125
a) Structure of the X-ray absorption spectra
in the range of the fundamental K absorption
edge of atoms in molecules 129
2. X-ray absorption spectra of atoms of light elements
in molecules and in crystals 139
3. X-ray absorption spectra of atoms of transition
elements in molecules (with nickel compounds as
an example) 163
Card 6/7

X-Ray Spectra of Atoms (Cont.)
SOV/1508
4. X-ray absorption spectra of atoms in metals
and alloys
a) The theory of Blokhintsev and Kronig
on the absorption of X-rays by metalp
(the tneory of long-range order)
b) Kostarev's theory of the absorption of X-rays
by metals (the theory of short-range order)
a) Structure of the fundamental X-ray absorption
edge for atoms of true metals and of tran-
Bition elements
Conclusion
Bibliography
172
174
183
188
201
203
AVAILABLE: Library of Congress
.rM/rj
6-1-59
Card 7/7

of awmk I-MY nd
xT a. vawhtcl OXI.
41 the K-0 U. V
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Ab4d- Nam tiou
b&. -9,
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N,uk 1950, 344
Olm- f1cl Mid lhek CA we sti-,
speetrunk "5175"). tM bood ' ce i -
foralub (C A - -SirAc the t Kab
Pot- - pprent disP is,
be JLPPrO' c..ws an in y ligh
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luctlulds"t yttli
to CAIC. the AWKPticul CW c

X-ray opvctivnl "Yale with the aid of Interpolattod from
standards. M. At. KAIL111.1, .10 1 ' D.
Shmileevskil W. 1. ViruadAkil Inst. 4 (kochrin. ao~
Anal. Chem., Acmi, M. V.S.N.R., At--,w, U.SS.R.)
Jmal. Kkim. S. WIN-11 h%tCUjMIlAfinjt
s1woorraim by muituritig Ou-ir ititru,ttiv* witil
thow of stma'tArds. Uk. rrLdion 1"Wmll t1u. lntrlv~ity q4
the line of t1w unt4ht clement And of th~ mdyml
sample Inust tm Wwn intoaccount. orsnul,. ~Xprw-
ing; this triAtion wAs dvrivrtt,
1 4
fix) 0
is OA
-h~v IA and Is are the intrusitivi (it [fir lim-A 4 ch,
saughtelenwnt luxtandArds A and 8, a is thr wt. r;.q)( tih- h
"might clenwilt. 0! is t1k. if. Of The mcnigill V11*111VIII, Mid 0,1*
and po'slu f1w ill, of the IlWrm In A a.d X St. 11-cli

VAY!"ISHTLYS E YE
FA 169T~-9
USSR/inysics - X-Ray Analysis" Aug W
"Optimum Thickness of Absorbent for X-Ray Absorp-
tion Spectra," E. Ye. Vaynshteyn, Inst of Geo-
chem and Anal Chem, Acad Sci USSR
!Zavod Lab" Vol XVI, So 8, pp 962-964
Studies problem of calculating on optilnum thic);-
ness of absorbent in general form for binary alloys,
Considers only investigations conducted with aid
of photographic method for registering spectra,
with their subsequent microphotometering.
169r89

VAYNSHTEYNO E. YE.
PA 160TIO3
USSR/Physi-cs Nickel Compounds may 50
X.Ray Spectia
"Form. of X-Ray Kai 2 -Lines of Nickel Atoms in Very
Simple Chemical Col ounds, III," E. Ye. Vaynshteyn,
MP
Inst of Geochem, and Anal Chem, Acad Sci USSR, 4 pp
"Zhur Eksper i Teoret Fiz" Vol XX, No 5
Experimentally investigates form and width of X-ray
rpectral F~al..2 -lines of nickel oxides and sulfides
(NiSO4, N'O, N'203, N'S, N'3S4)- Shows index of
asymmetry of lines to be dependent on method of pre-
paring oxides. Proposes new explanation of this
asymmetry. Submitted 12 Nov 49.
low
i6oT103

VAYNSMAN, E, Ye. PA 160T102
USSR/Physics - Nickel Alloys May 50
X-Ray Spectra
"Form of the X-Ray Kal 2 -Lines of Cu and Ki Atoms
in Alloys of the System~: Ni--Cu, IV," E. Ye.
Vaynahteyn, inst of Geochem and Anal Chem, Acad
Sci USSR, 5 PP
"Zhur Eksper i Teoret Fiz" Vol XX, No
Experimentally investigates form and width of
X-ray Kal 2 -lines of Ni and Cu in Ni--Cu alloys.
Results atained are connected with structure of
atoms in alloy lattice. Studies form Of Kal.2
-lines of Ni and Cu'alloys in paxa- and ferromag-
netic states. Submitted 12 Nov 49.
VW i6oTIO2

USSR/physics - Metals, Structure Jan 50
Elements, Transition
"Structure of the Principal K-Absorption Edge
of Atoms of Transition Elements in Metals,,"
F,. Vaynshteyn '. Inst of Geochem and Anal Chem
imeni V. I. vernadskiy, Acad Sci USSR, 3 PP
"Dok Ak- Nauk SSSR" Vol LXX, No 1
Recent studies of form and structure of several
X-ray emission lines of Ni and Cu in Ni-Cu and
Ni-Al alloys show elements of transition groupsi
in different states of ionization can exist in
lattices of pure metals and alloys. These
;55-T-18-
USSR/Physics - Metals,,Structure Jan 50
(Contd)
peculiarities in behavior of atoms of transi-
tion elements in metallic lattices and alloys
=ust unavoidably complicate the process of X-
-ray absorption. Structure of principai absorp-
tion edge of atoms in metal must be superposi-
tion of two (or more) individual edges, each ap-
pearing because of transitions of the K-electror
of the atom of given type in the region of con-
tinuous energies into free optical levels which
are different in atoms differing in degree of
ionization. Submitted by Acad S. I. Vavilov
29 Oct 49.

VAYNSHTgut E. Ye.
UesR/Chextstry- X-Ray Opectroswhy Nov/Doc 51
"one Means-for Elizinating Focusing Error and In-
creasing Radiatlon-latenalty -of the Cauchois Type
Spectrograph." A. V. Pivovarov, E. Ye. Vayashteyn,
Kazakh State U,,:_Inst of Geochem and Analyt Chem
imeni. V. I. Vernadskiy, Acad Sci USSR
mviur Analit nim,, vol vi, No 6, PP 384 387
Authors describe method and apparatus for-bending
of crystal of X-ray spectrograph vhich increase
radiation intensity and accuracy of'speciiograph.
They state that same principle was used for design
of new spectrograPh RSIC-3 of high radiation inieneW.
LC
199T35
PA 195T35