SCIENTIFIC ABSTRACT LURYE, A.S. - LURYE, B.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001030910019-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

LUR'IYZ, A. S.
Technic for the formation of a preternatural anus following extir-
pation of the rectum in cancer. Vop. onk. 8 no.1:30-32 162.
(MIRA 15:2)
1. Iz Kostinskoy onkologicheskoy bollnitsy Mosoblzdravotdela. 1
(RECTUM-CANCER) (ANUS-SURGERY)

LURIYE A S ktor mod. nauk (Kaliningrad, Moskovskoy obl., Kostino,
01 dp
C- - Shkollnyy pr., d 5-a, kv- -14).
Anterior approach to the upper part of the thoracic section of
the esophagus. Vest. khir. no.2: 11-13 '62. (MIRA 15:2)
1. Iz Kostinskoy oblastnoy onkologicheekoy bolinitsy (g1. vrach -
Z. A. Bunatyan) Moooblzdmvotdela.
(ESOPHAGUS-SURGERY)

LURIYE, A. S., doktor med. nauk
Cicatricial stenosis of the asophagogastric anastomosis treatm-nt.
Khirurgiia no.2:77-81 162. (MIRA 15:2)
1. Iz Kostinekoy oblastnoy onkologioheakoy bollnitsy (glavnyy
vrach Z. A. Bunat-yan) Mosoblzdravotdela.
F,30PHAGUS--SURGERY)
aKACH-SURGERY)
M

LURIYE,, A. S.
Some difficulties in the formation of esophageal. anastomoses.
Grud. khir. 4 no.3:48-50 lbr~-Je 162. (MIRA 15:7)
1. Iz MoskovTkoy oblastnoy on~ologicheskoy bol'nitsy (glavnyy
vrach P.- M. sakhanov)
(INTE,",'TItIES-SURGERY) (ESOPHAGUS-SURGERY)
(STOMACH--SURGERY)

LURtYE A.S. doktor med.nauk- (Winingrad., Moskovskoy oblasti, Kostino,,
ShkolInyy proyezd, d.5aj, k7.14)
Treatment of stases in an antethoraciely displaced stomach.
Klin.khir. no.3.1281 N 962. (MIRA 16t2)
1. Mbskovska7a, oblastnaya onkologicheskaya bollnitsa.
(DIGSTIVE ORGANS--SURGERY)

LURIYEt A.S., doktor med. m:vzk~
Teihniqua of pancr6att2 -reazt.,ti.on ir. a tcans pl
of cardlial cancer. Khilmrgita 39 no.6,63-65 Js 'rj3.
OMIRA 17,5)
1. 1z Moskovakog~, dl8pareetua
(glavnyy vrach P.1..

dck tor zuipli.
RersesnLion of Ung v
mach iri canc!:;r.
1. la, skc,,vsk,))7,.-) ohl -at.-IOgO ),-N7*~,'hC--
n-yy r--arh iov).

LUR-I.Y,El., A.S. (Naliaingrad, 5, Moskovskoy oblasti, Shkollnyy prospekt,
- - do". 5aj, k7e7)
Ligature of the thoracic lymphatic duct in Emrgery on the
esophagus. Grud. khir. 5 no.5:74-76 S-0 163. (MIRA 17:8)
1. Iz Moskovskoy oblastnoy onkologicheskoy bollnitsy (g:Lavnyy
vrach P.M. Isakhanov).

---LUP. I YE J-I*A,9. , (Moskoviikaya oblast, Kaiinizigrad, r), Shkollny~; prosr,-~-ktv
5-a,, kv.14)
Resection of the uppe.- segmert of th'~' 3tOMFIO, -ir cancer.
Vop. onk. 9 no.9:1,4-49 163. i7.-q",
1. Iz onkologicheskogo d1spansera Mo,.4kavskoy oblas,,! (~-I~wrvv
vrach - I5akhanov, P.M.)

LURVYE, A.S., doktor med. nauk
Aldominoparasacral resectimis of the rectum. Akt. vop. prokt.
no,W04-211 "63 (MIRA 18 z 1)

_, ~.S. ~ d,:;ktor u.,ed, nauk Moslzzovokc.y oMrl~-A ,
M RL i )I I
p3F6-yez.dl 15-2, k-i~14)
T(tchtlique for rectal 1.1t:.i,,, ~-t2 :',,
IP:I)
1. lz -)!" jq~,; t noj,~-,
vrach - P.14. IsaU.,anov) .

~n
LUR'IYE,_A.~,,,_doktor med. nauk
Pathology and surgery of tunors of the glomus caroticum. Kh.-Irurgiia
40 no.12tll2-ll8 D 164. (MIRA 18:3)
1. Kostinskaya oblastnaya onkologicbeskaya bollnitsa (glavnyy
vrach P.M. Isakhanov) Moskovskogo otdela zdravookhraneniya.

-WRIYE, A.S., doktor med. nauk
Methodology of tba removal of cancer of the thoracic part of
the eoophagus. Khirurgiia 41 no-4:47-52 Ap 165.
(MIRA 18:5)
1. Moskovskiy oblastnoy onkologicheskiy dispanser.

LURIYEJ, A.S.
Treatment of cancer of thp- thol-acic uection of the esophagus.
Vop. onk. 11 no.3:8-13 16~. (MIEA 18:6)
1. Iz Moakovskogo oblastnogo onkologicheskogo disparsera (glavnyy
vrach - P.M. lakhanov).

LUR-YE, A. T.
Elektricheskie Izmereniya v Setyahk Silnovo Toka (Electrical Measuring in High Voltage
Networks)) Moscow-Leningrad, 1948.

LURIYE, A. T.
Promishlennie Elektrodetonatori (Industrial Electro-Detonators,Moscov, 1949.

T.
USSR/mining Oct 48
Blasting
"New Method for Making Computations on Iarge-
Scale Electrically Detonated Blasting Circuital"
A. T. Lur lye, Mil Tranap Acad, imeni raganovich,
4j pp
"Gor Zhur" No 10
Deduces and discusses basio.equation for electric
blasting circuit. Gives &aphio method for
solving equations. Illustrates methoikby -
theoretical example.
'4ft
16A9T98
PA 16/49V~18

WSRmoroblolo" ; Kicroorlanisaa Pathogenic to r-3

.cans nd Anise a
8,
Abe Somrs Iter Zhur - Siol, No 18) 1958, 01571
Author I Torkos, S.P., plot"ve, G.O., Blanksm A.*L.,
U ~M` Urney4tva, C.A.0 13 karat
"
, Isakovidit, S.P.
N
-lost I
Title a Vaccination :Last Tuberculosis of Children
ation to
Res
P
iti
1
ve
t
os
11 Having a
am AM11,1114,
latre-Dersal Weau" of TaberculLn.
Orig Putt lope. 61thrmw uterlsstvs I dgts%vap 19"p 2v
Ira. 6, Iso-43
Abstracts No Obstreet.
Card LA

YE
I 11P, 6
N15
667.13
K5
urbin (StabilitY of the Elerrents of
.rkh T
Proobnost I Elernentov Parov, A. Ye.
Sbornik Statey. pod Redalt--Vey
steam Turbl'16 'jz, 1951.
Luroyet Yoskva, Yabbg grs.t Tables.
242 P. 11jus., Dis
Biblioa.rapbical FoOtnOtes'

. - I Y I- , / 1.1 / "
z ," ~ k .
LURIYI,A.Ye.
Information in the foreign press. Tekst.prom-15 no.9:44-45 S155-
(Textile Industry) (MIRA 8:11)

LUROYE, A.Te., kandidat tekhnicheskikh nauk.
Synthetic fiber fabrics. (Yrom: OIndustrie Textile' no.823, 1955)
Leg. prom. 15 no.11:49-50 N 155. (MLFA 9:2)
1.United States--Textile fibers, Synthetic.

LM'YR.,A,Te,
-
1i
PArt of the Alexandrovsk mill In the developpett of the Russian
textilo a4d. machinery Industry in the f1rat iialf of the 19th century.
Trudy In~t'ist.est. I tekh. 13:79-101~136. (MIRA 10:1)
(Textile, industry-HiOtOrV) (Nachinery industry-History)

BUTGVICH. Vasilly Mikhaylovich, inzh.$- VILLINSOV, Khenrik
lokhanesovich, inih.; KORZINKIN, Vikolay Sergeyevich, inzh.;
uUSHNIR, Saveliy Abramovicho kand. tekhn. naukLjXH_fjL_
Aleksandr Yevse VA-nd. tekhn. nauk; POSTNIKGVA, K.P.p
prepodavateltnitsa; KHOTIMSKIY, P.M... red.; FRUD110, K.F., tekhn.
red.
[France-Ru,gsian textile dictionary) Frantsuzoko-rusakii tekstill-
nyi slovar'. [By] V.M.Butovich i dr. sostaviteli. Moskva, Fiz-
matgiz, 1962. 462 p. (MIRA 15:7)
1. Moskovskiy tekstillnyy institut (for Postnikova).
(Textile industry--Dictionaries)

LURYIJE, A. Z.
A
37671 instrument dlya biopsi-islizistoY obolochki gaymorovoY
pazukhi. veatm:Lk otorinolaz-ingologii,
1949, No. 6. a. 57-58
So. Latopis, Zhurnaltnykh Stateyl Vol. 47, 1949

ITURIYer', A.',7,.
IURIYA, AeZo. kandidat moditainskikh uauk
Histological data on structural modifications of the =Cosa of
the mwdllarr sinus following surgery of the c"ity. Test. oto-
rin. 16 noo3:52-54 My-Je '54. , (K12A 7:7)
1. Iz kliniki boleaney ukha, gorla i nosa (saw. prof. B.N.Lebedev-
skiy) golotovskogo meditsinskogo instituta.
(WILLARY PINUS9 811rgeryt
*Postopo-changes of zwosa).
(MUCOUjS MMRANX
*Uwdllary minus, postop. change$)

7
LV-~'~E-j h. 14-
rMEWSKIT, B.N., professor, zasluzhenW dayatell nauki; LYRITA,A.Z.,
kanA4dat maditsinskM nauk Or, C"V %-" -w .. I.". ~ ,
Preservation of the =cosa in radical surgery of the maxillary
sians. Vast. oto-rin. 16 no.4:54-57 JI-Ag 154. (MLRA 7:8)
1. Ix kliniki bolesney ukha, gorla I noma Molotovskogo meditsin-
skogo instituta.
(SINUSITIS,
Omimillary, surg., conservation of mucosa)

LUR t Y:-:, B. A.
2~igononetry - Study and Teaf,hinp-
"I~uestions of trigononetry Rnd its teaching." N. M. Bei3kin. Peviewed by Z. A. Lurye;
flat. ~, shkolp no, 1, 1q52.
Monthl_v List of Ruj3sian Acc-q-tsions, Library of Cor)gress, May 19-Q. WlGiA~3SIYIYD.
Ij

AUTHORS: Gertsenov, K. Candidate of Technical 6-58-3-5/16
Sciences, Lurlye, B. A., Engineer
TITLE: An Evaluation of the Correction of an Aerophotographic Film
Into a Plane in Aerial Photographs of Mountainous Regions
(0tsenka, vyravnivaniya aeroplenki v ploskost' pri aerofotos".
yemke gornykh rayonov)
PERIODICAL: Gbodeziya i Kartografiya~ 1958, Nr 3, PP. 23-31 (USSR)
ABSTRACT: The correction of an aerophotographic film into the plane is
in aerial photographs at present mainly evaluated according
to the method of the graphical interpolation of the transverse
parallaxes. In mountainous regions the -values reduced to
a plane for all points of reduction are interpolated. In the
evaluation of the distortions of aerial photograph negatives
it was found in the Moscow Geodetical Service that in some
cases the divergence, exceeding the permissible measure,
between qmeasured and q calculated is not only caused by the
distortions of the aerial photograph negatives, but by the
errors of measurement of the transverse parallax. One of the
sources of these errors is the inexact orientation of the
Card 1/2 aerial photographs to the instrument. The calculation of this

An Evaluation of the Correction of an Aerophotographic Film 6-58-3,-5/!6
Into a Plane in Aerial Photographs of Mountainous Regions
error is given here and it is shown that it is necessary
to employ more exact method in the orientation of aerial
photographs. Moreover the errors of the transverse-parallax-
-measurements proper exert an influence upon the results
in the evaluation of the corrections of aerophotographic
films for the plane. Therefore the control of measurement
and the control of the calculations are very important. It is
expedient when two persons survey and when the average of
results of the two measurements is used for further
computations. In the Moscow Air Geodetical Service a method
for the evaluation of the correction into the plane of aerial
photographs of mountainous regions was worke? out taking into
account the influence of the errors of orientation and
instrument measurement. This method according to the graphic
method of interpolation is shortly described here. The
determination of the distortions of the negatives of aerial
photographs was carried out by means of the stereoprojedtcr
C P-2 by Romanovskiy. 1-1,5 hours are necessary on the
average for one pair of aerial photographs. There are 3
figures, 4 tables, and 2 references, whish are Soviet.
AVAILABLE: Library of Congress
Card 2/2 1. Aerial photography 2. Topograplky

P
EPR/s;'PF(c)/Vv1T(mV1PDS AFFTC 'Ps~4/Pr_4 PIV
1,12~96_6 i
ACCESSION NR:V AP3006615 iS/0076/63/037tOO9/1979/1984
AUTHOR: Lurlye, B.jA.
TITLE: Cha ra otge ris ti cs of the thermal decompos i tiott of dini~~roxX7_~_
tramina\\
SOURCE: Zh. ~14zicheskoy khimii, v,,. (37, no. 9, 1963,,,1979-1984
TOPIC T'AGS: 4itro ester, explosive, thermal decomposition, liquid
explosive, chemical stability, stability,.nitric acid, dinitroxy-
otliylnitramina.l.,'docompoo.ition, sto,rap stabi,lity
ABSTRACT: The, thermal decompositionlof dinitro_xyethylnitramine
(DINA) was stddied in the presence and absence of water an-d-n-i-t--ric
Acid at 60-1106 in order to determine'both the *effect of reaction
products on t e'decomposition rate' And the decomposition character- -
istics at low,'t~mperatures. The ex0eriments weie conducted in a
pressure bomb filled to varying degrees with DINA.-The initial
bomb pressure ,w~as 1 mm 11g. The pressure Increase was measured as
IPQ

L 190696-63
ACCESSION NR: AP3006615
a function of time, and the concentration of N02 in the decotfiposi-
tion products was determined calorimetrically. Some 'results are
shown in Figs. 1-4 of the'Ehelosure. The following conclusions
were drawn: 1) Thermal decomposition of DINA can take place by
,two different mechanisms: one involves spon'taiteous decomposition
and-resembles the mechanism observed!with other nitroesters; the..
other takes place at low temperatures, in"volves hydrolysis accom-
panied by oxidationo and is-charactorized by strong self-accelera-~-
'tion. 2) in contrast to nitroglycerine, DINA exhibits a tendency'!~,'
to!-self-inhibition. 3) At low temperatures:the decoTposition rate
mposition 2j.R_dductskkmay be mori
ofMINA after accumulation of deco
than 100 times, and in the presence of water 1000 times, the ini-
tial decomposition rate. 4) The chemical stability.of DINA is
basically determined by the presence of water, which-may induce
self-accelerating hydrolysis, and by nitric 'acid,'which it may coj7
tain as a technical impurity. Orig. art. has:. 7 figures.
ASSOCIATION: Moskovskiy khimiko-takhnologicheikiy inatitut-im.
D. If. Z-fendelf-yeva (Moscow Institute of Chemical Technology)
T I
Card 2 /it

JJJRIYEI B.B.
Imbedding probt,~ Jrvolvirw a -enter-le2s germ.. Tz-1. All SSZR. Ser.
mat. 28 no.5:1135-1138 16A.
1. If-ningradF;kcye otdolozi`ye
Steklova AN ss,O~R.

IfLeonard System With the Generator Armature Voltage Introduced Into Its Exciting Winding.
Thesis for degree of Cand. Technical Sci. Sub 21, Nov. 49, All-Union Correspondence
Pblytechnical Inst.
Summary 82, 18 Dee. 52, Dissertations Presented for Degrees in Science and Engineering
in Moscow in 191,9. From Vechernyaya Moskva. Jan-Dee 1949.

3114, CIrcull for PMOO OptyjiMn of anl&
=tranmuse fidd. -M_ft~ ~Ivn SvL. X-V.S
-D-
rj~Y~Xg, F-Irktricl4stre.- 1954, N~. 2, 17-18.
In Awsk&
The difficulty of operating amplidyn" tn pantlel
[a due to the irutability of Ikir C-iterr-al Charactaistics
wbkb, in turn. may tv cau~cd by wiations of the
Pressure of the brushes of the q,mdrature cirmit due
to w=r, variations in the curv-t Jmributl= betwe=
C=Pmating winding and shunt rcsistance Wfien the
temperature of the amplidyne %Tm"' vatMom in
ambient moisture and, ffiLilly. to inco-rect adjustnwW
of the brush arrm and brushes. Th-- circWt suggesled
conncr" the amiaturt of each of the amplidynes, in
series with the cormpensaling winding of the other
machLne and the conftf windings of the two ampli-
dyne-t. 71te author sho", theoretically and confirrm
by Lest resttits that the stability of this parallel circWt
is fully satisfactory in all cas-s where parallel con-
nection of amplidyacs is requixed, becautle mom than
the 14-16 W outFut of a stinglo unplidyne is
F. KRAUS
F

t'A
AUT 11OR i MUZALEVSKIY,O.G. and LURIYE B.B., cand.of tech.se. at the PA-2397
Central Scientific Res aroKl`nsfitute of Iron Production
(ToRIIChM).
TITLE/ Investigation of Performance of the Light Merchant Mill's Rolling
Rate Regulator. (Iouledovanyye raboty regulyatora tempa prokatki
melkosortnogo stana, Russian).
PERIODICALt Stall, 1957, Vol 17, Nr 1, PP 135 - 140 (U-S-S-R-)
Received, 5 / 1957 Reviewed: 5 / 1957
ABSTRACTs The analysis carried out showed that the automation system for
the rolling regulator can not warrant the followingt 1) Greater
constancy of the time intervals between the rolling processes
in the first roll stand than in the case of hand drive. 2) The
constancy of the times between the rolling processes during tapping
all through the train, which is necessary for smooth working.
In order to improve the operation of the regulator it must first
of all be avoided that 2 - 3 billets pass at the same time from
the furnace to the rollar train. For this purpose the use of
roller trains with tapered rollers is suggested. Stability of the
starting point can be attained by the construction of an auto-
matically controlled mechanic support. As the centrifugal action
of the ingots can be observed mainly in the first and second
roll stand it serves the purpose of building an additional rate
card 1/2 regulator before the fifth roll stand, for which purpose the

FA - 2397
Investigation of Performance of the Light JAerchant Mill's Rolling
Rate Regulator.
roller train before the fifth roll stand had to be devided into
two sections. The controlling scheme for the roller train and
the special characteristics of the operation of the rate regulator
are described. (9 illustrations).
ASSOCILTIONt Scientific Research Institute for Iron Production.(TeRIIChM)
PRESENTED BYt
SUBMITTED%
AVAILABLE: Library of Congress.
Card 2/2

8( 5) PEME I BOOKmaWITATION SOV/1869
TsentralInn nauchno-Issledorwatel'skly inatitut chernoy metallurgii
Elektroprivod r9yersIvnykh'prokatnykh stanov a electramasb1nnym
upravleniyea (Electric Drive of Reversing Rolling Kills With Dynanoelectric
control) Koscaiv,, Ketalldrsizdat,, 1958. 257 P. (Series: Itit Sbornik trudov,
vype 14) Enats, 931p. inserted- 3,8W copies printed*
Additional Sponsoring Ageneys Institut proizvodstva stalie
Ed.: N.P. Kmitakiy; Ed. of Pitblishing, HoWe; ApA. Vagin; T ch. 'EM,
O.G. Bikkek.
PMOSE:- TUs book is intended ror.scientific workers, process engineers,
setup'men and'designers, whose work is connected with electric drives of
rolling'ailles It.may also be useful for students in advanced courses at
polyt!schaical an& power Institutes who am specializing in the -field of
electric drives for rolling mills,
CQVERAGFA '*The book deals with theoretical and experimental resetarch being done
onel~ctric'drlves for reversing rolling mills, Optimm regimes for motors,
t4e control of tension in rolling very thin band, control of the thermal load
gard 1/4

Electric Drive of Reversing (Cont.),
sovI1869
of d-c rolling mill motors, and the stabi3ity of electronic time relay are
discussed," Reccimmendations are made for the selection and determination of
electric. drive ~arsmeters of revereing.rolling mills, The following person-
alitiesp Oil engineers, are mentioned: F.F. Olifer,, P.Z. Zaytsev,
V.L. K&Iyazhnov, V,.A,, "unovich, Sh*N. KUpershmit, and M.D. Kochenenko.
~he~e are 10 Soviet.references.
TABLE OF CONTEWS:
Preface
3
Makeyev, I*F* (Candidate of Technical Sciences],
Tension Control as the Function of Power in Rolling Band
on a Cluster Mill 5
The - Problem- of - accuragy in maintaining the uniformity if tension in
winding a band on thw drum of a coiler at constant speed is-discussed,
as wall as the effect of single factorst'such As tensibnj, speed of
rolling, power in idling, ate*, on the accuracy of tension control,
Kiinitskiy, N.P. (C%ndidate of Technical.Sciances]. Optimun
.Regimes for-Accelerstion. Of Motors Driving Reversing Rolling
Mechanisms at Constant Field- r 27
Card 2/4

Electric Drive of Reversing (Cont.)
sov/1869
The author states that there is certain optimm value of additional
resistance in the field circuit of the exciter, at which time motor
acceleration is at a minimum, and there is no need for a large e.m.f. for
an amplidyne. He also discusses the problem of obtaining an optimm
current for motors driving reversing rolling mechanism by selecting the
necessary e.m.f. curve of the amplidyne, particularly its minimum value.
Kalinskiy, D.N,, [Engineer]. Multiple-winding Exciter of a Generator 61
The use of a multiple-winding exciter for a self-excited generator ,
is duscussed., and the e3q?ed-iency in using parallel self-excitation is shown.
Kilnitskiy, N.F. [Candidate of Technical Sciences]. Optimum Regimes of a Motor
Driving~ a Reversing Rolling Mill at Speeds Above Normal With. Three-stage
Dynamoelectric Control 75
The theory design, method, and a6justiaent of parametric three-stage
dynamo~lectria control of the motor driving a reversing rolling mill
at speeds above normal are discusseds
Card 3/4

(ev
Electric,Drive of Reversing klont.)
sovI1869
kunitskiy, N.P. [Candidate of Technical Sciences]. Optimm Regime for
Acceleration of the Motor Driving a Reversing Roll J n9 Mill at Speeds Above
Nonmal With Wo-stage Dyntim,31-lect-,ir Control 204
The theory, design, method, w.& e4,justuent of two-stage dywao-
electric control of the motor eu-1ving a reversing rollinj mill at speeds
abov e noxmal are discussed. 7his syateE~.has been use& for driving
rolling mills put.into, opers6tion dwdna U% last -two or three years.
Lurlye, B.B. (Candidate of Ted'irleall Sciences). Stabilization of,Electronic
Time-relay Performance 233
A method of improving the stabil'.14ty of an electronic time-relay for
use in circuits for the automebion of px-ocesses in the metallurgical
indtistry is discussee-
Zhilko., E.I. (Engineer].. Use of Logic Circuits for Controlling
Manufacturing Processes 246
This approach, claimed by the author to be new, increases the possi-
bilifty of automatic control 6f processes which were formerly cons.
sidereCL.inaecessible A'Qr aatcmation because of their lack of
mathematical interpretation.
AVAILABLE: .,Library of Congress
GO/gap
Card 4/4 7-28-59

86126
S/112/59/000/012/058/097
A052/AOOl
Translation from- Referativnyy zhurnal, Elektrot,ekhnika, 1959, No. 12, p~ 159,
25011
AUTHOR.- Lurlye, B.B.
-----------
TITLE- Stabilization of Electronic Time Relay Operation
PERIODICAL- Sb. tr. Tsentr. n.-i. in-t chernoy metallurgii, 1958, No. 111,
pp. 233-245
TEXT~ A method is proposed for stabilization of operation of electronic
time relays assembled on tetrodes and pentodes, At a proportional changing of
the negative control-grid potential and the supply voltage, the anode current of
the tube maintains a constant value corresponding to the relay pu-ll--'n current;
the delay of the electronic time relay does not depend within broad limits on the
change of supply voltage. Since the anode current of the tub,~ is in s~ consider-
able degree determined by the screen grid voltage, it is suggested to connect the
screen grid to the gas-discharging voltage stabilizer, Characteir-isties and ex-
perimental data,of various types of electronic time relay are given, An electronic
Card 1/2 QK'

86126
S/112/59/000/012/058/097
Stabilization of Electronic Time Relay Operation A052/AO0I
relay circuit with the screen grid voltage stabilization has secured a change of
delay by 1% at supply voltage fluctuations from 175 to 260 volts. There are 14
illustrations.
V,Ye.Kh,
Translator's note: This is the full translation of the original Ru331an abstrast.
tl~
Card 2/2

T' - V.Y.:1., JiJl~; dr,,-,3t!nc; N 1.
DOTSLMOP - - . j
PENOR(Ti ~irizh.
t'I'Atic komertor witin aut~~uvtli,,,, ci~tpu, v..'Itslge regul-ravion.
Trudy WIT 16,5.
(J,!TR~- 18-9)

WI RTYE' B.B.
Lvi . '3
Imbedding problem Urvo' na a noncom=, tative gErm of p Cl,hr.
L 0 -1 -~8 .1
Trudyf4at. inst. 80:08-10-.1 "5. (,-"F.A - ,7,

BASGV~-p dctnenL; T.tll.LTtllY,, B.B., (lotoent,
Use of static pha3e corwertei-s i.n frack word in railr--aC tranr-
portat.f.on, Trudy MIT nu,205:104-115 165. J-C-~-,)

VINOGRADOV. I.A.; LURIYE, B.D., redaktor; TISHXVSKIY. I.I., tekhnichaskly
redaktor -
flat us increase productivity in swine brooding] Povyshaem pro-
duktivnost' evinovodetva, [Moskva, Izd-vo Ministerstva sallskogo
khoziaistva SSSR, 19551 folder (5 P-) - (HLRA 10:1)
1. Zaveduyuahchly avinofermoy kolkhoza "Trudovaya armiya,"
Tutayevskogo rayons, Yaroslavskoy oblasti (for Vinogradov)
(Swine breeding) i

KOISWTIKOV, Venedikt Andreyevich, prof.. doktor sell skokhoz.neuk; 22MIN.
Aleksay Borlsovich, agronom; KAPTSIMMI. Mikhail AbramovIch,
agronom; KAPTSINMI, Anna Petrovna. agronom; KOVALI, Alla Alek-
seyevna, kand.sellskokhoz.nauk; KCRCHAGIN, Vladimir Nikoleyevich,
entomolog; ZUBAREV, N.A.; LUR'73, B.D., red.; =GULYAYEVAs N.G*O
tekhn.red.
(Amateur fruitgrower's reference manual] Kalendarl-spravochnik
sadovoda-liub3talia. Moskva. Izd-vo M-va sell.kho%.S=, 1959.
494 p. (MIRA 13:4)
(Frui t oul tun )

MAKARENKO, G.A.; GRIGORIYEVA, V.G.; SHEYNINA, T.I., red.; LURIYE,
B.I., red.
[Book to aid the agricultural specialist engaged in produc-
tion; index of literature for 19631 Kniga - v pomoshcht spe-
tsialistu sel'skogo, khoziaistva na proizvodrtve; ukazatell
literatury za 1963 god. Moskva, Kolos, 1964. Ill p.
(MIRA IS: 3)
1. Moscow. TSentrallnaya nauchnaya sellskokhozyaystvennaya
biblioteka.

LURITE, B.G.-
Friction coefficients of materials used for making machine-tool
guides. Stan.i Instr. 30 no-3:17-19 Mr '59. (MIRA 120)
(Machine tools)

LEVIT, G.A.; LURIYE, B.G.
Improving the lubrication of feed-me-chanism guides. St---n. i instr.
32 no.11:18_24 N 161. (MIRA 14:1C)
(Feed mechanisms--Lubrication)

LEVIT, G.A.-;-LUR-YE,,-B.G,.
Calculating feed-sechaniBm guides according to friction
characteristics. Stan.i instr. 33 no.1:12-15 Ja 162.
(MM 15:2)
(Feed mechanisms)

~Lu~-IML B.G.
Using the theory of similitude in designing machine tools with
uniform feeds. Stan.i instr. 3-3 no.11.11-14 N 162. -
(MIRA 15-11)
(Machine too2s-Deeign) (Simi-Litude,, Theory of)

LEVIT, G.A.; LURIIE., B*G.
Design of hydrostatic open puides. Stan. i instr. 34 no-10:
7-13 0 163. (MIRA 16:11)

L-MT, G.A.; WRIYE, B.G.
Design of closed hydrostatic guides. S-Um. i Lnstr- 35 no.6z
6-12 Je 164 (MIM 17 98 )

7
L 52190-6,e (h)
V Ff
'ACCESSICU NR1--i -iP,5:D1536-2---- ----UR/0286/65/000/009/0112/0112
$21.836.2
--- - ----- -
'0~60 4
flo. Valk.
y o~ta~i t
iSOURM Byullete~h. inbreteni4& i tovarntyk6im-ak o.:13-' 1965,-112
TOPIC 7A( 're-talworking machine, hydrostatic pressure, machine tool industry.
nachine part
ABSTRAC'F! This Author's Certificate introduces hydrostatic guides for metal cutting
Mlact-iinc to-nlt with. redtangular working surfaces and oil containers which are con-
ne-.tr-d ,i~h a lit-drostatic system for feeding lubricants under pressur-a. The guides
raal,, be uaed 147,:~r rectilinear displacom-nt of a movable unit with power locking in
the vertical :--lid horizontal planes. The i.Vj1deG am designed to be rade up From
stcindare- elem-nts for machine tools of various types and sizes. The devices are
e
i,a`e up. of- sev ral hydrostatIc suppjrtts with built-in chok I c pport
e Va Ves. Ea h su
~camSines a secti6n, of-theguide with the basic elements of the hydrostatic system--
the oil cup~~ connLl'.fcted with the choke valves and channels for lubricant feed.
1/2

I ;ci;-
I

1011T, C.I.- TAVO-riz., fl r,.
)-
Kr~re.qtigatlon eund design of gul.dem v.-,~j r)rFss.,!. p ~ j 44, ItAn.
- X:.. lilb cat . n. .1
-I- i instr. '16 no,.5,!15-21 I-V 165. IIMIRI 18:5~

LuRtyr', B. PA 175T99
:--_UOSR/Pbysics Diffusion 3-1 Aug $0
093qperiments on Determination of Diffusion Co-
efficient of Sodium Ions in Sodium Chloride,"
Ai, Murin, B. Lur-ye
"Dok Ak Nauk SSSR" Vol MIII, No 5) PP 933-935
19 i"ll r~l
(le T'VS
Describes attempts to work out exptl procedure
in detn of magnitude of subject coeff of dif-
iv
.fusion of Na+ ions in solid NaCl. compares exptl
and theoretical values for various temp. Ra-
dioactive sodium (Na24, T - 14.8 hr) employed.
16 Jun 50 by Acad F. I. Lukirskiy.,
JLT5T99

7-
S. It
e unonta (Gr,the detgrmirlation tit (Ise mo#A raurd at
and D6kWy Mad. .1cok S.S.Sk. 71, t%i~l
C MOR Mii*-i. WWCIJ TC-Wit frQl*tl LIM a-ICC4Y
~-inaded PbC6 and Pbli.:
ig thest cut-oil, andium activity is mc~"urvd - The tucan
raIOV of the recou aucki ia Pbch il-q(f Im Phr, h ded(becd
from the rc~ult% obtaineA and comruLred with the thecwetkat
fcvnid--~ for cofib~~a kz~ Ine agreement betrcell ULCary
mul apti. msZ is satilewry fr rbcf, tya wltiiewm L ica
E, Coca-

USSR/Physics
Oard 1/1 Pub. 22 -15A7
Authors 11urin, A. and Lurfe,
Title Experimental study of the diffusion of silver and lead ions in silver
bromide
Periodical s Dok. AN.83SR 99/1, 53-55, NOV 1, 1954
Abstract Experimental studies intended to determine the coefficients of diffusion of
silver bromide are do-scribed. It resulted in construction of equations,,
the solution of which is done graphically (for silver diffusion). Ten re-
ferences,
4-USSR (1928-1952). Graphs.
institutions Radium Institute im. V. G. Khlopin of the Acad. of Scs. of the USSR and
Leningrad State University im.' A. A. Zhdanov
~Presented by Academician P. I. Lukirskiy, July 1, 1954-

UsSR/Physics
OArd 1/1 Pub. 22 11/45
Auth-OINS. 11. A-furin, -A.- N.; Kazakova, G..N,; and Jurle B G
:Title Experimients with diffusion of bromine in solid argentum-bromide for purposes
'of studying
IPeriodical s Doki AN,SSSR-99/4, 529-531, Doe 1, 1954
Abstract Eilperiments with bromine diffusion in solid argentum-bromide are described.
'Bromine diffusion of pure bromine as well ag brominated samples were studied
8
2., Two methods - the contact and
with the help of a radioactive indicator Br
the adsorption methods, - were used, The first one was used in the cases of
'bromine aamples....th,6 second) in the cases of brominated samples. Dj-ffu-
pure
.,
sion coefficients obtained by both methods are considered qpite - satisfactory
and.can be expressed-as follows: DBr_ = 0.50e-24000 RT.c=2/sc. Coefficients
of elactric conductivity of bromine and brominated samples were also deter-
mined. Ten refeiences 7-USSR (193(-1954). Diapirams.
Institution
~
. Leningrad State Universit im,,Ao A., Zhdanov
y
~
-1 ' J'
-.T'resented byt, Vdademician P,J. Lukirskiv une 9j, 19,54

LURTYE) B. Py.
LUR'YE, B. 0. - "On Electrical Condtictivity and Diffusion in the
Halides of Silver and the Alkali Vetals. 11 Acad Sci 11S.1M. Radium. Tnct- i-merj
V. G. Khlonin. Leningrad, 1955. (DissertatJ on for th~- Depree of Candidate in
Physicomiathematical Sciences)
SOURCE Knizhnaya Letopisl, No 6 1956

I ,-1 1 V F'4 f
- ~_ i -, (-% I G- ItjA
USSR/Physics Diffusion of ions FD-3148
Card 1/1 Pub. 153 - 4/26
Author Banasevich, S. N.; Lurlye, B. G.; Murin, A. N.
Title Determining the coefficient of diffusion of silver ions in silver
bromide by the method of taking off of thin layers
Periodical Zhur. tekh. fiz., 25, No 13 (November), 1955, 2277-2279
Abstract The coefficients of self-diffusion of silver ions in compressed tablets
of silver bromide were measured by the absorption method earlier ( A. N.
Murin, Yu. Tau5h, DAN SSSRj 80, No 4, 1951; A. N. Murin, B. G. Lurlye,
DAN SSSR, 99, No 1, 1954) and were found to deviate from the valued com-
puted according to the Einstein equation Dalnj/Ne2. To solve conclusively
the problem of this deviation the authors conducted experiments to measure
the concentration of tracer atoms c at various distances from the initial
boundary x. They present the results, from which they conclude that the
mechanism of self-diffusion and of ion conductivity in the case of silver
bromide is one and the same, at least in the high-temperature structural-
nonsensitive region. Two references.
Institution :
Submitted. : June 14, 1955

BARABOVSKIT, V.I.; LURITS, B.G.- XURIN, A.N.
P
0_11.e*WMY_,~-,,_~
Blectrie conductivity and self-diffusion coefficients of cations
in silver iodide. Dokl.AN SSSR 105 ne.6:1188-1191 D 155.(MLRA 9:4)
l.Leningradekly gesudaretyennyy univereitet imani A.A.Zhdaneva. Fred-
stavleno, akademikom A.F.Ieffe. . 1, 1~1__
(Silver iodide--Electric properties) (dations)

STARIK, I.Ye.; RATNER, A.F. [deceased]; GROSHKOV, G.V.; HURIN. A.N.;
STARIX; A.S.; GRMNSBWXKOVA. V.I.-. KLOKKAM. V.P.; MUNDOV, V.D.;
L(JR I Y.N. ISHINA, V.A.; SHMUOV, L.A.; YIWIHOVA. Ye.l.;
TORWOUt i.-Aw; SIXONYAK, Z.H.; FREMMIKH. H.S.; SHCHMICYA, Yesysip
redaktor,- VCDOLWINA 'S'D..'tekhnieheskiy redaktor
pra:tic*al
studies in radio chemistry) Sbornik
[A collectioa of
praktichookikh rabot po rediokhimii. [Leningrad] 1956. 210 p.
(MLRA 10:1)
1e Leningrad. Universitat.
(Radiochemistry)

MURINO A.H.1 IIMITI, B.G.
-
Aleatrio conductivity and diffusion of plastically deformed silver
halide samples. PI-obl. kin. i kat. 9021-328 157, (KIRA 1193)
(Silver halides-Mectric properties)

5W SOV/76-32-11-18/32
AUTITORS,: Murin, A. N., Lurlye, B. G.
TITLE: On the Diffusion of the Silver Ions in the Eixed Crystals
AgBr + CdBr2 (0 diffuzii ionov serebra, v smeshannykh kristal-
lakh AgBr + CdBr 2)
PERIODICAL: Zhurnal fizicheskoy khimii, 1958, Vol 32, Nr 11, pp 2575-2579
(USSR)
ABSTRACT: The dependence of the electric conductivity of the mixed
crystals AgBr + CdBr2 on the composition is rather complex. It
is assumed that the Cd + ions in the crystal lattice AgBr take
the positions of the Ag ions, but that at the same time an
equivalent number of lattice positions AgD are formed which
secure an electric neutrality of the mixed crystal. The migra-
tion processes of the interstitial ions can take place in the
form of direct (from cne position to the other) or "relay-,
transitions. In pure AgBr the value a---(0.5-0.6) was obtained
(Refs 3,4 and 10), which corresponds to two thirds "relay"
nd one third direct transfers. To determine the coefficients
Card 1/3 of the autodiffusion of silver ions in AgBr in the case of

SOV/76-32-11-18/32
On the Diffusion of the Silver Ions in the Mixed Crystals AgBr + CdBr
2
different amounts of the CdBr 2 additions (0-6 mol%) the method
of sectioning was employed in the present case. The authors
used AgJ activated with Ag11O in a furnace (Fig 1) at 2250. A
minimum observed on the diffusion isotherm is explained by a
quasichemical reaction, the "salting out", corresponding to
the equation Ag,+ AgOZ=:,Ag+ (in the lattice). The further in-
crease of the diffusion coefficient with the Cd concentration
is explained by an increase of the empty lattice sites in the
cationic part of the AgBr lattice. The ratio between the dif-
fusion coefficients calculated from data.by Teliow (Telltov)
according to the Einstein equation (Eynshteyn) and the ex-
perimentally obtained values remains constant (a = 0.67) (Table)~
The obtained results tend to show the absence of movable
"complex compounds" of the Cd2+Ag,3 type. L. M. Belov, Diploma
Candidate, took part in the investigations. There are 1 figure,
1 table, and 14 references, 4 of which are Soviet.
ASSOCIATION: Gosudarstvennyy universitet im. A. A. ZhdanovaLeningrad
(State University imeni A. A. Zhdanov, Leningrad)
Card 2/3

15(4) SO V/20-1 27
AUTHORS; Murin, A. X-~q lurlye, B. G., Shapkin, G. N.
r_~
TITLE: On the Tranafer Reats of the Complexes [Cd"Agg in AgBr+CdBr 2-
Crystals
PERIODICAL: Dbklady Akademii,a&uk_SSSR9 1959, Vol 127, Nr 5s PP 1055-1057
(tT,SSR) -
ABSTRACT., In a solid solution of,eadmium.bromide in silver bromide Cd++-
ions take the place of Ag+-ions in the crystal lattice df'AgBr
under production of Agu-cation vacancies. The reaction between
Cd ++ (with an excess charge +e) and the vacancies Ag'3 (excess
charge -e) leads to the.assooiation of neutral complexes of
the form [Cd++Agc] . If a temperature gradient becomes ef-
fective in the-system AgBr + CdBr., a thermodiffusfon of cad-
mium occuraq the Cd-ions moving only as a complex ~d ++,grj
I.
In the steady state the relative concentration dC/C is described
by the equation (Ref 2): 40 -('+P)Qk*+(l-P),X _~ (T - tempera-
C 2k 2
Card 1/3 ture difference between the cold and the hotend of the sample;

SOV/20-127-5-34/58
On the Transfer Heats of the Complexes ICd'*Agt]' in AgBr+CdBr 2-Crystals
Card 2/3
Q'+ - transfer heat of the complex d++ Ag'3] association
k IC
heat of the complex according to reference 3 0.16 ev). AC/C
was measured. A finely dispersed mixture of AgBr and CdBr 2Y
marked by Cd 115m, was pressed into tablets under a pressure of
4000 at. The said tablets were homogenized by annealing, and
were then heated in a furnace with constant temperature
gradient for 315 hours, batches of 5 tablets being separated
by mica platesi the temperature difference between the hot
and.the cold end of the furnace amounted to 1000 (210-3100),
so that a temperature difference of 200 corresponded to each
tablet. Figure 1 shows the linear dependence of lg C/Co on
I/T (Co - concentration of cadmium before the experiment). in
the case of the mentioned duration of the experiment, only the
tablet at the hot end attained the equilibrium concentration,
although the diffusion coefficient calculated by other authors
(Ref 7) made it appear probable that equilibrium concentration
would be attained by all 5 tablets. An experimental determi-
nation of the diffusion coefficient provedg however, that the
data of reference 7 are too high by one order of magnitude,

++ SOV/20-127-5-34/58
On the Transfer Heats of the Complexes I" Ag~ in AgBr+CdBr2-Crystals
and that the duration of the experiment aotually sufficed only
for the temperature interval of 3 40_2900 4n order to attain
I -
equilibrium concentration. q0 was calculated as amounting to
k
-0,54 ev. There are 1 figure and 9 references, 1 of which i's
Soviet.
ASSOCIATION: Leningradskiy gosudarstvennyy universitet im. A. A. Zhdanova
(Leningrad State University imeni A. A. Zhdanov)
PRESENTED: April 16, 1959 by A. F. loffe, Academician
SUBMITTED: April 13, 1959
Card 3/3

LUM, B. G. j TMEDEV) - IL A . I MURIN) A. N.
"The Dependence of Self-Diffusion Coefficients of 100 Ag On the Pressure in Silver
Bromide."
report submitted for 4th Intl. Symposium on the Reactivity of Solids, Amsterdam, 30 May -
4 june 196o -

S/181/60/002/01/19/035
00 B008/BO14
AUTHORS: Banasevich, S. N., Lurlye, B. G., Murin, A. N.
TITLE: Determination of the Effective Charge of Ca Ions in Mixed
Crystals of NaCl and CaCl2
PERIODICALi Fizika tverdogo tela, 1960, Vol. 2, No. 1, PP. 80-87
TEXT: The authors determined the diffusion coefficient of Ca ions and
their mobility in a constant electric field by means of radioactive Ca,45.
The plane-parallel plates of monocrystalline NaCl were annealed after
which Ca45 foils were sprayed on them. A special quartz tube was used for
annealing both in vacuum and inert gas. The diffusion coefficient was
independent of the medium. One of the diffusion profiles obtained
(Ca 45 activity distribution in the NaCl crystal is shown in Fig. la.
The calculated diffusion coefficients of the C+ ions in NaCl crystals
are listed in Table 1 and represented in Fig. 2 along with data by
M. Chemla. About twenty experiments were made. When calculating the 0
effective charge (ze) off the authors utilized only data for 650 and 700 C
Card 1/3 ~r

Determination of the Effective Charge of Ca S/181/60/002/01/19/035
Ions in Mixed Crystals of NaCl and CaCl 2 BOOB/BO14
where the conductance of crystals is considerable. In some experiments
the crystals changed their color, and dendrites were sometimes observed.
The profile of diffusion was strongly deformed in experiments in which a
higher tension was applied than usual. A high maximum and one to two
maxima differently shifted to the cathode were found at the interface.
Table 2 furnishes data of experiments in which the said phenomena could
not be observed. In all experiments the following observations were made
when an electric field was appliedt After separation of the crystals hills
and valleys were symmetrically visible on the opposed faces which
reproduced exactly the shape of the applied active point. Thus, depend-
ing on experimental conditions, the interface between the central and
anode crystal shifted at a distance of up to 2001k where the active
layer had been applied. A broken line on Fig. 1b represents the shift
observed. After the experiments the anode crystals lost more weight than
the cathode crystals. When a nitrogen current passed through the
crystals, a fine powder of NaCl deposited on the graphite cathode. The
weight of this powder corresponded to the weight loss of the cathode
Card 2/3 LY

Determination of the Effective Charge olf Ca S/181Y60/002/01/19/035
Ions in Mixed Crystals of NaCl and CaCl 2 B008/BO14
crystal. Possibly, a reaction took place at high temperatures botwoun Lho
metallic aodium deposited from the cathode and the ga:ieous chlorine
evolving from the anode. The impurity ion and twelve of its immediate
neighbors in the NaCl lattice are schematically shown in Fig. 3. The
Candidate G. I. Shestakova assisted in the experiments. B. Boltaks and
1. Sozinov are also mentioned. There are 3 figures, 2 tables, and 10 ref-
erences, I of which is Soviet,
ASSOCIATIOM Leningradskiy gosudarstvennyy universitet (Leningrad
State University)
SUBMITTEDs April 15, 1953
,y
Card 3/3

S/181/60/002/01/20/035
B006/BO14
AUTHORSj Makarov, L. L., Lurtye, B. G., Malyshevy V. N.
TITLE: Examination of the Densities of Mixed)IClAbC1 Crystals
and of the Diffusion of Rubidium Ions Therein
OrIERIODICAL: Fizika tverdogo tela, 1960, Vol. 2, No. 1, pp. 88-92
TEXT: The authors examined the densities of mixed KCl-RbCl crystals at
250C and determined their concentration of vacancies according to Shottki
(Table 1). Fig. 1 represents the dependence of the degree of occupation
of the elementary lattice n upon the composition. The difference between
the results obtained by the authors and M. S. Ivankina (Ref. 7) is probab-
ly due to the different preparation of the samples. The configuration
component of the entropy change in the development of mixed KCl-RbC1
crystals was calculated with regard to the vacancies (Table 2). The re-
sults obtained are in agreement with experimental data. Next, the authors
studied the diffusion of Rb+ ions at 6700C by means of the radioisotope
R86. The results of diffusion measurement are given in Table 3. An analogy
Card 1/3 q1

Examination of the Densities of Mixed K01-RbCl S/181/60/002/01/20/035
Crystals and of the Diffusion of Rubidium. Ions B008/BO14
Therein
was found between the melting-point curves, the "outflow", the diffusion
coefficients D, and the defectiveness of the mixed crystals. The tempera-
ture dependence of the diffusion coefficients was studied on three samples
(KC1, RbCl, and an equimolecular mixed crystal) (cf. Table 4). The results
obtained are represented as a function log D - f(.!) in Fig. 3. The three
T
straight lines run parallel within the experimental limit of error. This
indicates that the diffusion process in the preparations under considera-
tion requires the same activation energy. Calculations have shown that it
amounts to 35000 + 300 cal/mole. This maT be explained by the fact that
the binding energy between the KI (or Rb ) ions and the C17anion is
virtually equal in crystals of any composition. The authors refer to
N. S. Kurnakov's papers. The X-ray structural analysis was carried out by
Ye. V. Stroganov and Engineer I. Kozhina. The authors thank Professor
A. ff. Murin for his helpful advice. There are 3 figures, 4 tables, and
12 references, 5 of which are Soviet.
Card 2/3

Examination of the Densities of Mixed KCl-RbCl S/181/60/002/01/20/035
Crystals and of the Diffusion of Rubidium Ions B000014
Therein
ASSOCIATIM Loningradakiy gosudaretvennyy univer8itet (Leningrad State
University)
SUBMITTED: April 9, 1959
Card 3/3

AUTHORS: Murin, A, N.y Lurlye, B. G..,
TITLE: The Effect of Pressure Upon
Ions in Silver Bromide
PERIODICAL: Fizika tverdogo tela, 1960,
84614
8/18 60/002/010/042/051
B01 9YB056
and Lebedev, N. A.
the Self-diffusion of Silver
Vol. 2, No. 10, pp. 206 -2611
TEXT: In the introduction, the results of work on diffusiong electro-
lytical conductivity, and the mechanism of ion transfer in solid silver-
bromide solutions is discussed. The authors determined the coefficients
of self-diffusion of silver in pure silver bromide at 180~ 220, and
2800C and pressures,of 1, 1500, 3000, and 8000 atm. Tablets of AgBr
(10 mm diameter, 2-3 mm thickness) were made. At one and surface of
ihese tablets, a drop of AgNO 3 was applied, and tagged with Agilo. After
diffusion glowing, the tablets were out into slices by means of a micro-
tome (10 to 60 micron thick). The activity of the layers was measured by
means of a scintillation counter. The experimental arrangement shown in
Fig- 3 is discussed in detail. Table 2 gives the values of the self-
Card 1/3

84614
The Effect of Pressure Upon the Self- S/181/60/002/010/042/051
diffusion of Silver Ions in Silver Bromide B019)BO56
diffusion coefficients of the tagged Ag +.-ions in AgBr, as measured by
the authors:
Tempera-
tur EOCI 1 1500 3000 5500 8000
280 a.3�o.6 4.~+0.2 3.~+0.2 2.25�0.05 1.25�0.03
220 1.29.�O.l 3 0.71-+0-03 0-42~+0.02 0.285�0.01 0.165�0.01
180 0.25�0.01 1 0.16+0.01 1 0.10+0.0051 o.o67+o.008 1 0.05~�0-007
Fig. 4 represents the function LogD = FO/T) graphically, and it is
shown that between the measured values and the values calculated by,
means of the diffusion formula of Einstein there is a difference. This
difference decreases with increasing pressure and decreasing tempera-
ture. Finallyq an estimate of the correlation factor for the internodal
diffusion mechanism is made. Table 3 gives the values of the correlation
factor fo of the internodal diffusion at 280 220, and 1800 C for pres-
sures of 1, 1500, 3000, 5500~ and 8000 kg/cm With increasing tempera-
ture f0 decreases, with increasing pressure f0 first decreasesq after
Card 2/3

84614
The Effect of Pressure Upon the Self- S/181 60/002/010/042/051
diffusion of Silver Ions in Silver Bromide B019YB056
which It again increases; an especially large increase may be observed
at 1800C. The f0-values are accurate UP to 5-15%. There are 4 figures,
3 tables, and 15 references: 4 Soviet, 5 US9 3 British? and 2 German.
ASSOCIATION: Leningradskiy gosudarstvennyy universitet (Leningrad
State University)
SUBMITTED: March 3, 1960
Card 3/3

2023)4
-3 VO ~Z3 ktd 1.9 S1181161100zlOO210121050
B102/B204
AUTHORS: Murin, A. N., Lux"_yg~,_--B. G., Banasevich, S. N.,
Samosyuk, G. P., Ignat~'v-icYf Ya. L.
32
TITLE: Diffusion and electrolytic migration of Pin KC1-crystals
irradiated by 660-Mev protons
PERIODICAL: Fizika tverdogo tela, v. 3, no. 2, 1961, 398-407
TEXT: One of the many possibilities of introducing impurity atoms into
a crystal lattice consists in irradiating the latter with neutrons or
protons in such a manner that nuclear transformations may occur. Thus,
the introduction of p32 into alkali chlorides with neutron irradiation
is possible as a result of the reaction C135(n, .)p32 (Ref. 1), in the
case of proton irradiation of KC1 as a result of the reactions
Cl (p; 3p,xn)P 32 and K (p; 5pgxn)F 32 . The authors investigated
17 15 19 32 15
diffusion and migration of the Pformed by proton irradiation of KC1,
and gave a detailed report on the results obtained. The M-single
Card 1/9

203-U4
S/181/61/003/002/012/050
Diffusio- and electrolytic ... B102/B204
crystals used were first heated in an N2-atmosphere at 7000C for several
hours, after which they were slowly cooled to room temperature.
Irradiation with 660-Mev protons was carried out on the synchro-
cyclotron of the Ob"yedinennyy institut yadernykh issledovaniy
(Joint Institute of Nuclear Research); the crystals had a size of
1.5x 1.5A 0.2 cm and were irradiated perpendicular to the quadratic
surface. In view of the fact that with such an irradiation, also
Be7 (53.6 d), Na24( 15.0 h), p32 (14.5 d), S35 (87 d), and Ar 37 (32 d) may
be formed apart from short-lived isotopes, special investigations were
carried out for the purpose of determining their relative inteneities~
These investigations are described in the introduction; they led to the
result that one week after the end of irradiation, 99~'o of the activity
measured by meane of an end-window counter must be ascribed to P32.
The specimens irradiated were heated in quartz tubes, through which
pure N2 streamed, by means of an electric furnace, and the diffusion
was investigated. The conditions of heat treatment varied between
2 hours at 7360C up to 190 hours at 6500C. For the purpose of
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Diffusion and electrolytic B102/B204
investigating the edge effect with respect to activity distribution,
10 ~L thick layers were taken off by means of a microtome parallel to the
quadratic surface, and their activities were measured. The diffusion
coefficient of P32 was calculated acco-rding to the approximation formula
(C 0- C)/C----exp(-x2/4Dt), where C0 is the initial concentration,
C - the concentration at the time t at a distance x from the crystal
surface. The distribution of P32 in the KCI-crystal after heating for
190 hours to 6500C is shown by Fig. 1 (curve a: D = 1.76*10-9cm2sec-I
curve b: D = 1.87-10- 9cm2 see-1). An investigation of the temperature
dependence of the diffusion coefficient within the high temperature
range showed that log D depends linearly on 1/T. From the inclination
of the straight line, the activation energy of diffusion was calculated
as amounting to 3.2 ev. The effect produced upon the diffusion of
P32 in KCI by a constant electric field was investigated on a system of
3 crystals (at 7360c). Fig. 3 shows the activity distribution after
heating for 6 hours; at first, only the crystal denoted by I was
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Diffusion aii" electrolytic ... B102/B204
active. Migration may be distinctly seen from Figs. 4 and 5. At 4
different field strengths, 4 series of experiments were carried out.
The numerical results of these experiments are given in the table.
The charge q of the phosphor ions was calculated according to the
Einstein relation p/D = q/kT. The results obtained by the investigations
are finally theoretically dealt with and discussed in detail. The
results obtained indicate that phosphorus in potassium chloride together
with chlorine ions form negative complex ions (PC16)-l. The phosphor
then enters the complex in the form (P +5 4K+6CI-1)-', where K' is a Y!
n E
vacancy. The authors finally thank Professor V. F. Dzhelepov,
Director of the Laboratoriya yadernykh problem OIYaI (Laboratory for
Nuclear Problems of the OIYaI), for his interest. There are 7 figures,
1 table, and 11 references: 4 Soviet-bloc and 7 non-Soviet-bloc.
ASSOCIATION: Leningradskiy gosudarstvennyy universitet (Leningrad
State University)
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Diffusion and electrolytic ... B102/B204
SUBMITTED: April. 15, 1960 (initially) and August 31,1960 (after
revision)
Card
Soo
VOO 1500

m
Diffusion and electrolytic ...
Av., 3
Soo
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B102/13204
-C.ar,d__6/9.

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Diffusion d electrolytic ... B102/B204
ZOOO
0
8 hr, T 736 K; K *mLN'hodep
Legend to ig. 4: E 40,-,.V. cmt
F
A anode
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Diffusion and electrolytic
S/181/61/003/002/012/050
B102/B204

=0
Fil. S* TUUU u
Legend to Fig. 5: E 9 ~V.cm-i t 12-5 hr, T 7360K;
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-; Diffusion and electrolytic 3102/B204

P
Aq'P.
9CP. :t
Al D SAOXIPOSIL
8.0 10 02 2.62 0.232
2 10.3 5.6 1.78 2.12 0.1
86
3 8.0 S1 8.20 1.22 0.107 0.191.t0.045
4 8.0 40 23.6 2.84 0.240

Legend to the table: 1) Number of experiments. 2).Duration of heating
in hours, 3) E in v cm-1. 4) Rat io of total activities accumulated
after heat treatment on the anode- and cathode side of the irradiated

crystal. -1, p
5) p/D in v is the mobility of the phosphorus ions.
6) q Ze, ,
in electron char ges- 7)
*
q + I~q
mean mean

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.'I/(,1/()03/011/007/()56
Bi 02ID1 38
AUTHORS: Murin, A. N., Lurlye, B. G., and Tarlakov, Yu. P.
TITLE: Electrical conductivity and self-diffusion of silver in
silver iodide at high pressures
PERIODICAL: Fizika tverdogo tela, v. 3, no. 11, 1961, 3299-3305
TEXT: AgIis distinguished by an abnormally high conductivity and by the
existence of several moaifications. It has already been investigated
many times, among others, by the authors together with N. A. Lebedev
(FTT, 2, 2607, 1960). The present paper reports on investigations of the
presstir`e and temperature dependences of electrical conductivity and Ag
2
self-diffusion coefiicients at pressures up to 6000 kg/cm . The AgI was
produced from chemically pure elements, ground and pressed at 5000 kg/cm 2
to tablets. They had a density of 5.5 - 5.6 g/cm3 (monocrystalline
density: 5.67 9/cm 3). Electrical conductivity was measured in a pressure
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Electrical conductivitiy and self-... B102/B136
cell. For diffusion investigati on Ag 110m was deposited from an AeNO 3
solution on to a silver plate which was then exposed to iodine vapor so
that an Ag-taggeft Ag*I surface film was formed. This silver plate was
then brought tog;ther with an AgI tablet, and diffusion took place at a
certain temperature and a certain pressured Then the silver plate was
dissolved in HNO 3 and 15 to 30 p thick layers were out from the tablets.
Their activity was measured with a gamma scintillation counter. The data
were used to plot diagrams: logarithm of specific activity as functions
of the square distance. The self-diffusion ooGffici-~ut was determined
from the gradient of the straight lines. The Bridgman phase diagram
(Proc. Amer. Acad.9 511 57Y 1915) is discussed in detail. The results of
the measurements are presented in Fig- 4- In all cases (all phases,
temperatures and pressures) the measured values of the self-diffusion
coefficients are much higher than the calculated ones. This might be
explained by assuming a circular diffusion for the a modification and in
states similar to it. For the other modifications instability of the
lattice could be responsible for the hi'-1`1 experimental values. There are
4 figures, 1 table, and 21 references: 4; sc,-~rfet and 17 non-Soviet. The
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,;/15 1/61 /003/011/007/0r6
Electrical conductivity and self-... ~102/B138
three most recent references to English-language publications read as
foilova,: A. 1. Mayimdar a. It. Roy. J. Phys. Chem. 63, 1853, 1959;
X. Zimen et al. J. Chem. Soc., Supl. 2, 392, 1949; 5. W. Kurcnick. J. Chem.
Phys., 20, 218, 1952.
ASSOCIATIUN: Lpnin'gradskiy gosudarstvennyy universitet im. A. A. Zhdanova
(Leningrad State University imeni A. A. Zhdanov)
SMAITTED: may 9, 1961
Fiu. 4. ii,- self-diffusion coefficient as a function of pressure at 90
and 1100C.
Legend: (a) measured, (b) calculated. (1) D at 110 C; (2) D at 110 0C;
m c
(3) D at 90 0C; (4) D -~ at 900C.
m c
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Electrical conductivity and self-... B102/B138
FI G - 4
to-?
A14
0
tP
mo 4000 6000
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3/181/62/004/007/027/037
B176/B104
AUTHORS: Lurlye, B. G., Murin, A. N., and Brugevichy R. F.
TITLE: Diffusion and electrolytic migration of manganese ions in
a mixture of NaCl and MnCl 2 crystals
PERIODICAL: Fizika tverdogo t9la, v. 4, no. 7, 1962, 1957-1958
TEXT: The diffusion of Mn ions in a mixture of NaC1 and MnC1 crystals
2
and in pure NaCl was investigated. The mixed crystals, which contained
about M2 mol4o DIn, were grown by the method of KiroRulos. Radioactive
Mn54 dissolved in alcohol was applied to a crystal plate. After subjecting
specimen to diffusion anne~Lling the gamma activity of microtom sections
was determined with a 4n s"intillation counter (E - 0.89 Mev). The activa-
tion energy of an M++ ion 91n transition into the associated vacancy is
0.71 ev, the frequency of natural oscillations of Mn++ is
6.3-10 11 sea-1, the association enthalpy of the complex is 0-7 ev, and the
association entropy,-AS a'% is 1.9.1o-4/deg- The free energy of association
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Diffusion and electrolytic ... B170104
is given by &Ga - (0.7-1.9)-10-4T. Allowing for the mobility of Lin ++
ions in the electric fieldp the effective ion charge at 5009 600, and
7000C is estimated at (5-9)-l 0 2e, where e - 4.8-10-4 CGSE. The lifetime
of the complex hln++Na+ is 9.10-6 sec, and the period between the
reorientations of the0complex is 6.10-7 see. There are.1 figure and
1 table.
ASSOCIATION: Leningradskiy gosudarstvennyy universitet (Leningrad state
University)
SUBMITTED: March 6, 1962
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d-E-CO]YET-UR f6-16f166100 8/0 iffU ~J:/~iO4
ACC'NR:- AP60j6q74__(_A/ 0M
AUTHOR: Murin, A. H.; Lurlye, B. G.; Seregin, F. P.; Cherezov, N. K.
ORG: Leningrad State University im. A. A. Zhdanov (Leningradskiy goeudarotvewyy
universitet)
TITLE: Study of the state of iron in single crystals of AgC1 by the Mossbauer method
SOURCE: Fizika tverdogo tela, Y. 8, no. 11, 1966, 3291-3294
TOPIC TAGS: iron, silver chloride, Moasbauer spectrum, emission spectrum, crystal
imperfection
ABSTRACT: The sources used for the investigation were-prepared by diffusing Co57 in
single crystals of AgC1 grown by the Stockbarger method and specially treated. The
Mossbauer spectrum was measured with apparatus with constant velocity and with elec-
trodynamic vibrator, The absorber was stainless-steel foil (8 mg/cm ) and the detec-
tor a proportional counter. The Mossbauer emission spectrum of Fes7m, localized in
single crystal AgCl, was found to'consist of two doublets, A) with splitting 0.30 mm/
'lea and B) with splitting 0.20 mm/sec. Comparison of the spectrum at two temperatures
(293 and 77K) and after different annealing and cooling conditions leads to the con-
clusion that the iron is present in the form of Fe7+ and Fe3+ ions, situated appar-
ent3,v in the lattice points and constituting part of co4lexes with vacanciess Doublel

AC-C- NR- AP6o369T4
A corresponds to Fe3* and doublet B to Fe24.-7he authors thank 8, B, Tomiloy for
participating in the preparation of the Co57C12 compounde Orig. arto has: 2 figures.
SUB CODE: A/ SWU DATEI l7Meq"l- OTH REFt Ow
i~-

GUDKOVP S.F.; IVANOV, A.K.; KORNILOV, V.F.;_LURIYE, B.I.; NALBANDYAN,
A.B.; RUDENKO, P.S.
Plant test of the direct production of formaldehyde from
natural gas. Gaz. prom. 8 no.4%35-39 163. (MIRA M10)