SCIENTIFIC ABSTRACT ARKHANGELSKAYA, N.V. - ARKHANGELSKAYA, V.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102020006-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 27, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

AR)MANOWSKAYA, 116val (mooku., Krasnokazarmannaya uls., d.3..kv.276)
cb,ax-acteristics of cardiac circulation in the case of dextTad
divioioi4 of the bulbul cordis (tallot's tetralogy) and certain
other copgenital hear-b diseases. Grad. khir. 1,no 02' 1 *31-38, KL-Ap '59
(MIRA 16:7)
1. Iz I Gorodskoy klinicheskoy bollnitay imeni 'N.I.Firogova
(glavn7y vrach - jasluzhemnyy vrach RSFSR L.D.Chernyshev) i
Instituta grudnoy khirargii (dii.-prof. A.A.DisfLlov) ANV SSSR.
(HEART-BLOOD SUPPLY) (TETRAWGY OF FALIDT)
i

.-!-,Lon in
-EXCERPTA MMIOX See 18 Vol 3/9 Cardlo. Dis. Sept. 59
E)(CERPTJ
2295. are vi
2295. Rare variants of the points of entry of vena cava into the heart (Russian text)
Lsy
ARKHAXGELSKAYA N. V. Kldrurgiya 1959, 1. (93-98) Iflus. 3
_~!RKHAI!GE
Three cases of double superior vena cava associated with dextra-division of the bul-
bus cordis with a patent foramen ovale are described. In 2 cases the anomalous left
superior vena cava entered the right atrium through the coronary sinus and in the
ra was diagnosed
3rd case the left atrium. The presence of a double superior vena ca%
in all of the patients, but the entry of the superior vena cava into the right atrium
through the coronary sinus was not detected. The presence of a double superior vena
cava and of a patent foramen ovale enhanced the haemodynamic disturbances
which occurred in connection with the dextra-division of the bulbus cordis.
(XVI I 1, 7, 9)

BAKUIEV, A.N., akademik; SMn7MKAYA, Ye.M. (Moskva, Baltiyskiy per.,
d-3/25jky.27); GELISHTEYNI G.G.; ARIUWGELISKAYA, N.V..
Massage of the heart under clinical conditions. Grud. khir. 1
nc./+:6-14 JI-Ag 159. (MIRA 15:3)
1. Iz InstitutA grudnoy khirurgii AMN SSSR (dir. - prof.
A.A. Busalov.. nauchnyy rukovoditell - akademik A.N. Bakulev).
(CARDIAC MAWGF,)
(CIIEST-SURGFM)

AUnNG3L1 SFAYA, N.V.. _)wd. med. nauk (Moskva)
Polycyotosis of the kidneys; clinical anatomical comparisons. Klin.
"d. 37 uo.11;99-104 N 159. (MIRA 13:3)
1. Is patologoanatomichookogo otdolonlya (zaveduyushchiy - kand.med.
nauk N.Y. Arkhangellskaya) I urologicheakogo otdeleuiya (nauchuyy
rukovoditoll - prof. A,Ya. Pytell) 1-y Moskovskoy gorodskoy klini-
cheskoy bollnitey iment. N.L Pirogava (glavuyy vrach - zaaluzhenrqy
vraoh RSFSR L.D. Chernyshev).
(KIDNEY DISSASES pathology)

ARKIIAN-GELISKAYA, N.V., kand.med~nauk (Moskva)
nVAscular bed of the pulmonary artery in cohgdhital heart defeots!l
by K.Kbhn,.M.Richter. Retiewed by N.V.Arkhahgellskaia. Arkh. pa_t.
21 no19:75;rW 159. WIPA 14:8)
(PUU40NARY ARTERY) (HEART-ABNOWITIES AND DEFORMITIM)
(KOHN, K.) (RIGHTER, M.)
. -f

ARKUNGEL'SKAYA., N.V. (Moskvat Krasnokazarmannaya ul.,do3.,kv.276)
Characteristics of the histostructwe of the cardiac vessels
in dextrad division of the bulbus cordis (tetralogy of Fallot),
Grud. Icbi 2 no.1: 53-60 ja-F 160. (MIRA 15 -.3)
1. 12 Instituta gruanoy khirurgii AMI SSSR (dir. - prof.
A.A. Busalov, nauchnyy rukovoditelf - akademik A.W. Bakulev)
i patologoanatomiel-4skogo otdeleniya I Gorodskoy Iglinicheskoy
bollnitsy fineni N.I, Pirogova (glavnyy vrach - zaaluzhennyy
vrach RSFSR L.D. Chernyahev).
(HEART-BLOOD SUPPLY)
(TETRALOGY OF FALLOUT)

ARKHANGELISKLU, N.V.
Condition of the pulmonary arterial system in congenital heart
defects. Grud. khir. 2 no.6:55--60 N-D-160, .#U4 34: 1)
1. Iz patomorfologicheskoy jaboratorii (zav. - prof. Ya.L.Ra~oport)
Instituta grudnoy khirurgi:i (dir. - prof. S.A.Koleanikov) AMN SSSR.
Adres avtora: Moskvag.Leninskiy.prospektp d.8p Institut grudnoy
khirurgii AMN SSSR.
(HELRT--AMORMITIES AND DEPOWITIES)
(LUNGS-BLOOD SVPPLY)'

Pathological anatcmy of Vieumsens-Rhebesius vessels in dextro-
position of thebulbus of thebeart (tetrology of Fallot) and
their ralsAiL.-coranary circulation in this disease* Arkhopat*
22 noOsIO-19 060, (KM 13t12)
(TNtWM'r OF FALIM) (=MKARY VMS=-DISZASES)

ARKUNGELISKAYA N V
Labor aneathesia with promedol combined with propazinew Sov* med,
25 no.3;'80-84 Mr 161. (MIU 14:3)
1. 1z akushersko-ginekologicheakoy kliniki leahabnogo fakullteta
(zav. - prof. A.M.Foy) Saratovskogo meditsinskogo instituta (direktor -
dotsent N.R.Ivanov).
(ANESTaSIA IN OBSTRETICS) (PRCMAZINE)
(PIPERDINE)

RAPOPOIC, Ya.L.; ARKHA14GELISKAIA, N.V.; BYKOVA, N.A.; GENIN, N.M.
.V
Pathomorphological changes in the mitral valve at various
periods after commissurotomy. Grud.khir. 4 no.6:17-22 N-DIC2
(MIRA 16:10)
1. Iz labor~torii patomorfologii (zav. - prof. Ya'*L.Rapoport)
i o~deleniya priobretennykh porokov serdtsa (xav- - prof. S.A.
Kolesnikov)'Instituta serdechno-sooudistoy khi,;~;jii (dir.
prof. S.A.KPIesnikov;'nauchW rukovoditell - akademik A.N.
Balmlev) ANN SSSR* Adres avtorov; Moskva, V-49, Leninskiy
prospekt,, d-,8., Institut serdechno-sosudistoy khirurgii AMU
SSSRI
(WIRAL VALVF,-DISEASES) (BART-SURGEU~

ARKHMGELISKAYA, N.V.
State of the arterial system ofthe lungs in congenital heart
defects with reduced blood supply of the pulmonary artery.
Grudn. khIr. 5 no-4:37-43 Jl-Ag'63 (MIRA 17:1)
1. Iz patomorfologicheskoy laboratorii ( zav, - prof* Ya.Le
Rapoport) Instituta serdechno-osoaudistoy khirargii ( dir.
prof. S.A. Kolesnikov) AM SSSR. Adres av-tora: 14oskva V-49,
Leninskiy prosp.j. d.8,. Institut, serdecbno-sosudistoy khirur-
gii AM S SSR.

ARKHANGELTSKAYA, O.A.; RAKINANOV, F.~.; TO'Oi, V.N.; SFFLQ-'OV.-",
___
. , r.
[Trade-union tcurist bases] Turistskie bazy profsoiuzov.
Moskva, Profizdat2 1965. 412 p. (Mif"k 18-1)

137-58-6-13453
Tran~slation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 6, p 330 (USSR)
AUTHORS: Khazan, A. N. , Arkhangell skaya, 0. S.
TITLE: The Relationship Between the Elastic Limit and Ultimate Tensile
Strength of Alloyed Steel Employed in Turbogenerators - (0
sootmoghenii velichin predela tekuchesti i predela prochnosti v
legirovann.oy stali, primenyayemoy'v turbogeneratorakh)
PERIODICAL: Elektrosila, 1957, Nr 15, pp 69-74
ABSTRACT: By employing statistical methods for processing of results of
experi Mients 'r erformed at the "Elektr03ila" plant, as well as in
p
a number of other plants, the metals laboratory of the "Elekros-
ila" derived certain relationships between thea, and~rbvalues
s
of two basic groups 'of forgings employed in construction of
turbogenerators: forgings made of OKhN3.M steel (rotors, ven-
tilator and centering rings, etc. ), and forgings made of non-
magnetic EI-503 steel (binding rings). The results of 400 ex-
periments dealing with forgings of the first group were processed
and it was established that the magnitude of the (7.9 / Cb. ratio
was never less than 0. 7 and that it increased with increasing
Card 113 values ofLT
s . In the course of the research, the C7,was expressed

137-58-6-13453
The Relationship Between the Elastic Limit (cont.
as afunction of Crs d-b , and as an inverse function of T. by means
of the foll two equations:. 1) (7s = Z 31. 8 C-s -.118. Z; and
2) 0_,07~UX10~=1.490r. +562.4. On the basis of these equations,
.corrections on spec,ifications for Ob- of centering rings, ventilator hubs, etc.
were introduced in the interdepartmental TUMOP 16-54 and OPTU 83-54
specifications. The resulis of-.805 tests performed on specimens taken from
binding rings (forgings of the ~nd group) were processed statistically. The
ring specimens, made of EI-503 steel containing 0. 6-0. 7~0 C, 7. 5-9, 47o Mn,
0 0 0
7..5;-9.*0 7o Ni,, 3. 0-4;-0 ~o Ci, and 0. 5- 1. 0 /o W, were tested by the method of
warm'hardening (a combination of 'hardening with hot mechanical working
conducted partially at temperatures' near the threshold of recrystallization).
The statistical results were represented by means of graphs showing the ex-
pressions a's Tb and Cb - CS as functions of CY, . On the basis of
these graphs the following deductions were made: 1. The relationships be-
tween the values .of Ors and 0-b change abruptly as the level of the.-ultimate
tensile strength is varied. 2. In the case of OKMOM steel and hardened
EI-503 steel the relationship of O's and (7b is influenced very little by the'
structure of the steel or by the degree of alloying. However, in case of struc-
tural carbon steels and EI-503 steel, which had not been hardened, the-values
of the T, / (5-b ratio decrease to 0. 5 or lower. 3. The widely accepted
Card 2/3

137-58-6-13453
The Aelationship Between the Elastic Limit (cont.
.mathematical relationship between Cb and 5s presented in the TU in the form
of a constant difference is, without doubt, incorrect and should be deleted.
I. G.
1. Steel--Mechanical properties 2. Steel--Applications 3. Steel--Statistical
analysis 4. Steel--Test results
Card 3/3

P T-I
SMMAKO, Ye.K. NGELISKAU, S.Y.
A rare caseof gangrene of the bladder.' Urologiia 22 no.2t48-50
M"p 157. (HLRA 10:7)
1. Is urologidheskogo otdoleniya (nauchMy rukovoditell - prof.
A.U.Ilytell) fakul'tat8koy khirurgicheskoy kliniki (dir. - prof.
A.N.Bakulay) 11 Moskovskogo maditainsko'go institute i patologo-
anatomi 'cheakogo otdelaniya 1-y gorodskoy bollaitay (glavayy vrach
gangrene
rare case)

M111,UNGIELISKAYA, T. N., Cand Bioln Sci -- "Innervation of the aorta of am
a~aphibian (W a frog)." Semipalatinsk, 1960. (1,4ovosibirsk Med Inst). (.KL, 1-61, 186)
-105-

ARKROGELISKAY&I T.P.
Histological study of the innervation of the a*rta in a frog.
Trudy Semipal. med. inst. 2:362-374 '59. (NIRA 15:4)
t
1. Iz kafedry gistologii Semipalatinskogo meditsinskogo instituta.
(AORTA-INNERVATION)

BRONMEYN, A.P.; ARKHANGEWSYMA, T.V.;. TALISMAY,L.~.; GORBATYY, Yu.Ye.;
EFELIUUM, JR.B.
Phys,icochemia'al investigation of the thermal destruction process~
of some Kuznetsk Basin coals. Koks i khira. no.n2l.2-17 162.
(MIRA 13s12)
1. Chelyabinskiy metallurgichesldy zavod (for Bronshteyn,,
Arkhangellskaya). 2. Urallskiy filial Akademii stroitql!stva i
arkhitektury SSSR (for Talisman, Gorbatyy, Epellb*m).--'
(Kunzetsk Bacin-Coal-Carbonization)

ARKHANGELISKAYA, V. and ARKIWNGEMISKIY, I. (et. al.)
"On the Problem of Variability of the Anthrax Bacillus", Iz. AN Kazakh SM, No.
pp 18-21, 19-,0.

ARKELANGELISKAYA, V.A. _,
.. . -I - -
Natch factory operations according to nev technologic4LI pr4tc ticesi
Der.prom. 5 no.11:17 N 156. (MLRA 10tl)
1. Wentral'naya nouchno-iseledovatellskaya laboratoriya spichech-
noy promyshlennosti.
(Katch industry)

KCMTIYEVA. T.N, HFAJkQIJI,4" V.A.
Revising the standards for bans glue. Der.prom. 6 no.6:15
je 157. (MMA 10:8)
LTSentrallnaya nauchno-issledovatellsiuWa laboratoriya spo;b"hzer
promyshlennosti. (Glue--Standards)

f
kc, c% V.
ARDANGILISKATA, V.A.
Composition of the striking heads of matches. Der. prom. 6 no.10-2a.
CP'57. (MIRA 10tll)
1. TSentralluaya nauchno-isoledovateliskaya laboratoriya spichechnoy
proWshlennosti.
(Matches)

Mos Is
. P4
Umduesoence
"A: Study of the Initial Stages of'Luminescence~
and Extinguishing in Zinc~.Sulfide Phosphors
With, the Aid'6f an'OBaill6grap4ic PhOBphorot-
acqW"11,7. A. Arkhang~llskaya, A. M. Bonch-.,
BruyeVichp N. A..Tolstoy,,P. P. Foofilov, ~P
"Dok Ak Nauk SSSR" Vol IXIV, No 2
Pairtial resilts obtained-during study of
drystallic phosphors'by the "P~Aial time"
wthod.., Aethod~illovs studies. to be 003a-
suitable f6i ilrveitlgatI4 the little-stialwd1l.
initial stages'of extinguishingi and,the
cmp~eteV unstudied stages of crystallic
,phosphors''bursting into luminescence. Sub-
mitted 5 Nov 48.

1z L! SK hy
Waft k ow
Bonch-Bruevich and 14. A
R'&r'Fies-l 'M09:-
1031); cf. C.A. 41. MU.-All mewturetnents wm
with a i mutter (cf. CA, 45, IMM) on US-Cu phos-
Phon. hated at SM' with 5% NaCl flux and contc. 10*0
to 10-9 g. CM/g. US. Photolumfimscence wwt obierved
after Mitation with fight of wave lenjithi- 313 mp (excitation
of Bid head) and 363 ms (excilallon of activator bond)
an 1*1 V-01 MO and blue (Zn) emission bonds, cothodo.
After "CitAtim with 2000-v. olectran brants
0110-1-110micnesmis,
Tb* decay cum I, bolic /(I)
141 + &OP wfmw . 6 independent =the excitation
WMI11Y 8 SAW A (or ed. and excitation vallotel and a -
As with -t - 0.6-0.7 W different cameos. of CU: also a ~ iv
0-M-0-116) for cathode rays. The decay cam is
49 OPOCW t0 the Mo& of tKeltation and lai(W stag"
rays and light excitation,
be "normw" Cu coacn.
il~Dcencn. the curves do not
thm" In am temp. Intervoi r - MO-4001F where"
obovis manna coacn. the defty curves tend to beCombe ex-
jb~r S im is Proportional to
CCJKC*d OY( eXC11M
M-wt Wd Stra Is hiSher than the emitted light
sum. At Increased temp. the excitation Is retarded.
Tesmit.-conditiOned dvMY starts at 150' for pbasphr" wi*
CU Mttjll below nornial and at rowts temp. lot COOM11-
above normal. the decoy becoming ig.%jer. The kinctics
-of hyperbolic photocenducton having the change In COW.
- Y(I + bt)#. 0 independent of Intensity. b ~ Ell and
0. stv similar to the above~descr-lbed kinetic% of ZDS-
Zu whereas exponential photocarlductort having a* IV
s-I)v an similar to willemite and
.1hospbon contd. Me.
Cbeages In kineiks as a function temp. con be tied to
chant" In cond. Mectroo-bombordment-Indured coad.
was awasund by a mojwd described (or CdS (C.A. 45.
00". The sample is Ant stabilized by bombarding it
Thistypeoleand.
co be described by Aw - Aftl(I + WO. In which b And 0
are Independent of the c.d. The ralt Of hKMX Of tbc
cand. is proportional to 0'.

911114tiCE Of IhO 1111tid! ItiNgspil all the phollaimbloomC9 of
alas r."orv- V. A. AckhAtipl'skaya, A
St, fill-11411110vie 1, N. A, Talsaie,l;- und It, is. VfAiA6,'
/hop. P.011pli. lfow, Ple. it, IMF #4 HIM F.-The fill# 44 dr:
CRY at the ad flit,, lia"Oportill loyal tit
pillia I
AV ills with it OF -111le"t varying front
14) 0 its Ill I I he"tel It *Of* Willi 11% N*Cl, owl
all it Z118-Vil *it I
I Ill # N. (!11/11, hi'llni Ill tell) )1, vorylill
1111111 71N) lit lml* "All 11011, is Irs,141111114f 05111 11"Pillisapis
Wish 'he All (WAA1111tildlifilL 11111to
911--"* P111141 little stiorep. lit all cloote, tile
4- %, 01)"*, Ass Ovi,lVilared Jay the
I
little 0 - ofildill 41JAIII 1,,J*
1111r4pily Oar 1,111f, .11 file firatinfling if ill,
tiftlinale ayste"i, and ilectcuair Willi ifirtir"lon Ififtn0tv all
e%vilatilln. I... 'rile c1limlent W is Indefiendent, of K. Th
I"4141"fle? a ifirrestales Willi kc affording tit a - Sv, Where
~Ariti& ix-tween mla land 0.8; in "pure" InS, -y - 0,3, which
Corlespolld I to Pillety binitat. recombination. The oborrvel
tietriation% (ruin -t . 0.5 do not correationd to partW tit
xerteration into a pactido unimol. recombination which
wilillil rAll fair y < 0.5. &fit$ not v > O.A As nbwvcd. Irli,
XV11*111 "I Ilse lifIXIIIIIHO is Allprt,%. I - (I - ar-ta"), and th'.
fillip 1. flM I r4justillilix to hall Ilse akfailtiltatv lifightilests list
lo"s 1/1. -- St. "Ills -Y % allyfull tw1wern 10 Filial D1. drift
- 0.6 fur pure Zns. The wattle lit a fellissinq 's --
0.7 +03.1ndepenlicntol the"wit.of thesaclivalm imil 14
Ilit rveitinst wave length (.W and 313 mil), as)d of tile thki,
,w" ill flit phoplashor laver. At con,lt. Cat content. Ill-'. ..
;e0lAiIj,, onaffecit'll far 6c ignition tenip., 740-12101', its (fi,
it ppl;%. tit title lstk*j,tu,r. 'rite -havrence of the wri of IRV;&,
if I r tit iv land I If green '1111isplun lunds (tile lot dersav,
1,444vil Wileffl. lit diffirrill V.41tirq 14d for file
r1111441011 N111414. lit t1141111114M With W 101 :11:1 Mal. if X ii
i-ach little is Iask C114wil that a Is file asallif, file illIvoly glass,,
.14fleldr, this taken plAre i4lito flit %lallimility twishlim" I,,
311A ills Is ~xl losses as pral As lit 313 fail,, Tbal the dittri
NIVIF Of tile 111411111141Y l)J1jlhtll4*W- ill :K1 Atilt ill 313 M. 1
twint lit ihis 41111ril-111r, tit Ilill 1411-Altialloll I.e. Ow,
I -.4v 1. jet.l. allill-ly lit file ti'l 11 0 VA
~! 0 ithirike 0 Ilse det
flell ofalro. wan C."falX441041 bv I Irrvi l1a,lit. 4 slit, A),
44,f1sil.111 4 file 1111,01,Ntsr lit :11:1411,1 "61A rll~
I Ill. 1.1161 ill tile 1111*1411114111 Clisoflo. kmi'lliat 'AA% 6-ulid 4 L,.
.I.k It In C4111.1.10111 willi Ilse talsoo rdlill 14 '.41. Ifor Jill..,
141'a. 151111ril 41 dIfIrtrail frall'a., a 1.4111 "till In'tria-111,
10111114"1 frillp. In actind Willi Or Isslowls 1.40 sit
lellaills, .4 the 114imoofrottict Will) 610VAtillif 1411111011 tell,
Vointrarv it) Lonard's "cvnlrt" theorY. it devistopla that till,
kiticties a)( the early staxes a-( the dM%Y are 41 INd laintoll..
i.e. tiLst any deviations from plate bintolmLitity tisthit lit
flit- div,N-tion opilossite to that tit p4rulicattralmoll. kinetics
Yh1q "highrr than hiniol.- gn)w1h .4 the lialat aftate.1 With
Increasing E may Ise linked Willi The
lrnqiisg riTevi tit fiXht strewd by Antoutiv-1tainsinovillut
I C.A. 43. .1441KO. N. Thon

AH
a
Invesdii,do of W k1setles Of the cad*"UvAu"csu*
of z1tS.CG by &~ M*Ukod of tht "t"m*tW-"
pript . A. M. Ranch-Bruevicb, N A-
TVO,' -**hp p--p ~& ov. Zkxf. EAlpff. Trd. Fix' 21,
of, and
297-304(1961). cf. C.A. 45. 787PA.-The decay of the
luminescence of ZnS.Cu phosphors with t0-# to 10-5 g.
C1111g. was followed by oodUMSPhY with exponential scan.
aing (Zhur. Ekod. Tmtd pis. to, 421(190); Isail. Ak"_
Ask S.SS.R. S". Fis. 13, 211(1949)) under intermittent
excitation with rectangutiv tlectron-beam itz"Ism The
demy of the intensity J follows the law I - (I + al)'.
with a coast. and equal 0.7 * 0J. Independently of the
electron c.d*i 16-73 mirroamp./sq. cm.), of the Cu content.
and of the voltage UOX~ V.). and in batik the blue
andthe"bluids. Thevaluto(adeptodsont,fikilow-
Ing a - I . with O.A 4, -f < 0.7; the raft of growth of the in-
tensity at any given momesit is an proportional to ST.
This behavior is entirely analogous to that of the pholo-
lumineweace of the same phosphors. For every intensity
of excitation with ultraviolet of a given wave length (313 or
WPS mo), one can find a corresponding i at the electron b"m
or ipv= YtIocity, such that the rcizintion curves will be
similar. The stationary intensities I* are inversely Plow,
tional to the absmption cgells. k. Le. ll, lillijklo.
Thus if the optical abwrption cceffs ko am known. the atl-
wpa~; corns. k, for electrons can be detd. t1wough coin-
cidence of the relaxation curves, or by detn. at the ratio of
aat equal Intensities. Forttcctronxof2Mv.,sndUSh(o(
313 ms, the order of nugnitude of the ratio kjk. was thus
dctd. to be - 10. From the fact that. as in pbotolundues-
cence. the dmuy of cathodolundnescei ce is. at the limit. a
bimol. process. it follows that the total light stared will
emitted is proportional to ills. i.e. the increan at the sta-
tionary no. of excited elcetrons depends tionlisicarly on the
no. of electrons impinging per unit dme. The regions where
.2 different impinging electrons excite the crystals must there-
tam overlap. By roulb c2".. in the raw of i where bi-
makrularity stiff holds, points hit by electrons within )be
relikKation time Of cathodolundaescence (> 10-1 sec.) are
scpd. at Iftst by hundreds of at~ distances: consequently.
the spheres n( excitation by electrons must have macte.
scopic dimensions. N. Tbon

Change of the cond 01 cajin sulfide on Ir- I
radiation with electrons A.ArkjjangCl'.ShgyauqdA
I h. Poklad
AR94- Ball# -5,NZ-N. 77_'Z~39
Of a dark cond. less thji" r, X
10-11 obm-1, were exposed to impulses of all clectroll 1,e.
all,
Of about 2000 v., and tile induced clee.. colld. Att, wlts re-
corded by the triethod OI,T_gLUW and
Fmoloy (Zhisr. Ekspit.
Teoret- Fle. 19, 421(1040)). 1 Aa I% a lisicar function of
(c.d. 031 (lie 1111plilging electron heall)
). except at lowest
ThedwaynfAe isslower tile highcr i
. Thus, variation
of i from I In 15 microamp./sq. cut, increases tile ))all little
of the decay by a factor of IA Ifiiskrilitconst.,aiidthe
irradialjoij his'been kept tit) for 10-jr) inin., II)e-liole for
tile decay to a ~slat ell frarfinsl relilaills coust. told is
iltde~
pelitlent of tile CA, of the (A-dron bt-ain, provided
it TC-
31jaills, belilv, tile Original i, Cm!slnory is preserved for
severul days. For a cry;ilaf pri-lbelinarily irtadiated with
J5 fill,, tilt, voiniq represetaing ink
cz_
j(4, 4170) Itt; 4 NO ;oil of 16k -1 (tittle fit -sec. in irtrzidtaition
. ~l I fillif WIth 16 .1 lie on thc same
;t4 microzinp./sq. cm
w
corva, lilt to f w 2 X t0-1. Mucar fall of log (Aj/dve) as
a (if lie( [oil rif 10% 1 Is observed between 20 nud W) see. The
reltifloto Itotwreit (and the tittle 1. necessary for the cond. to
re.-MIJ tile allillmlary valtle Affa Is I~Vl" - colist. The
illett" of I lie excitation of the callirdocolld, of US follows
k
rox, 11 I)II11ril. law, Tile igrecincut is strict with respect
IPP
nud where E
a the proportionality betwccii 1/1.
litensity Of excitation, filkell to be proportional to i. The
deviation from the mijillyt-11 proportionality bctwecit Acro
atid VA; at low E (Inty /) Is aiialognits to tile known de-
gencracy of tile hitunt. l"11V of growth of (lie photocond. ill
the range of low hitenjilles of illiii)iiii;ilioii7--Tri-e-Te-cty
of aar ill the railge 01MI-0.02 ~cc~ Call be approximated by
(lie hylictlinlic law Ar - A041(i + at)". The l4ot of tile
itistattlallcoliq relaxatioll tiole., 0 m. Ing I gives tv - 0.65,111(1
a :- 114M, ilidepeurIciffly of i. Tilt: indevendence of a of i
meat s tha t tlie titray of Aa title,, not follow the hiotol. law,
I
which calls for 4r - -Af((VA. This (hat tile
I -it the 0 (
very italiirt~ of tile eat todocimil. rhatiges whi r -tion
linnibardoicitt N tli~ronliituvd. [it tile. raitize lilt it) 0.02
t 0 iocrva%cs proporliotudly 11) log t. At It(t:r s(aces of
s
tit,- dec-av. a evideittly htctiaN" mnre sict-.ply thmi ill tile
cq-
i1lili:tl slagi.s. ill Miltizt-4 to MIM i, liql1ally (ottild ill lunlill
cl-lice.

q. I
pf
s f D~ut a n

I
r" -rp ~~ ',A n r" 11 rL t- I ) " Y ti !.-.
1 -
H I . . ! 'i -
--T . -
7
1
. I
,'!" ~ 1 :1 . -
I- - : I

tGM
:'baNda and kinctl
s of
.
e
eudalm and photocondaction Im US I
Ctuperature
sit
A INOELMAYA. SSS" -
Q. Akad. NwA VrM 2~'
-owth mid -decay of lurnine*-
An imesfigat(an of v
ocinee in the red and infrared, and of p1m)tocurrents.
-Spectri at2o. Wand lWtshowgradual J",clopment
G(W~Ct WOO UP to 10 MO A With f(SIXIS tCMpMlUIV.
bw abovo.2(Vc the Infrared emission disappears.
7he axwence of two bands it% plxmptiottoccme

thown by two decay cunts. Infrared luminv== . . . . . . . . . .
is not.due to impurities. Vw deperAcoce of instan-
lAnCOUS eMinjan GOLC=i1ing light i$ not lioear bat

ortlowl to 1-5 power. Agretmerit between
rop
p
2nd *~sy of phosphomscuice and of phow
growth
mrvent Indicattes due to recombination of
Cralstion
41octroto With CWM 061"

61
-- ARKHANGELOSICAYA, V.-, TOLSTOY, N.-, FWFILOV. P.
, --QM"",QWAWA% . ... .
, v
Pif th CozoorevAce on- Luminescence (crystal phosphors). Opt.
I Spektr. i so -6:813-820 0 '56. (Kak 9:12)
('Iartu-Lunduescence--Congresess)

USSF:_/ Physical Chemistry. Crystals. B-5
Abs Jour Ref Zhur - Xhimiya, No 8, 1957, 25922.
Auth or V.A. ArIchangellskaya, P.P. Feofilov.
Inst tAoadeFnT_df--S~te=es--of USSR
Title :Luminescence Spectra of Crystals of Some Iodides.
Orig Pub :Dokl. AN SSSR, 1956, No 5, 803 - 805
Abstract :The juminescence spectra (LS) of Hg, Pb and kg iodides con-
sist of series of bands at the temperature of liquid air.
The distances between them and their width increase toge-
ther with the shift towards the long wave region. The
relative intensity of the bands depends very much on the
conditions, under which the sample has been prepared, and
on tho excitation intensity. LS of red Hg12 consists of
a narrow band (,&/\about 3 mu) at about 536 mu and wide
barAs at about 565 and 750 mu. The most short-wave band
is shifted about 3 zu from the most long-wave exiton ab-
Card 1/2

USSR / Physical Chemistry. Crystals. B-5
Abs Jour ; Ref Zhur - nimiya, No 8, 1957, 25922
Abstract : sorption band towards the long-wave side. LS of PbI2 con-
sists of a narrow band (A~\about 2 mu) at about 497 mu and
wide bands at 515 and 670 mu. Stokes' shift of the narrow
band is about 2 mu. There are in LS of AgI a narrow band
(4N about 2 mu) at 432 mu and wide bands at 450, 527, 650
and 780 mu. Stokest shift is about 3 mu. A:similar cor-
respondence of absorption spectra and LS is observed also
in case of CdS. The displacement of maxima of narrow ra-
diation bands relatively to the bands of exiton absorption
is nearly the half of the band width. It is concluded
that the narrow radiation bands are bands of resoname
luminescence and that they are caused by the collapse of
the exiton state.
Card 2/2

24(T) PHASE I BOOK ZXPL.OtTATION SoV/l365
Vniversytot
Hater laly X Vaeacyuzrc&a moveshchwdya po apqk%roakopil. t. 13
MolokulYarna7a sPOkt.-ohk'Piy4 (Papers of the loth All-Vnion
Conference on Spoot"beow. Vol. It Molecular Spectroscopy)
ILivoyl.10-yo Vvavakago usdv-ta, 195T. 499 P. It'AGOplas
print* (3orim ItIl Fisychisyy zblrnyk, vy ~Al
AddUlonstl ftonsorir4 Agono7s Akad*miya nauk SSSR. Xomisslya pa
spektrookopli. Ed.v darer, 3.L.j Tech. &d.1 SaranyUk, T.Y.;
Editorlal Boards L.A."545to 0.3., Academician (R*sp. U., Deceased),
Reporent, B.3., Doctor and Hathozatioal 30imstes,
p1bolino1sly I.L. Doctor of Physical and Mathematical Salosscoa,
MkUt. U.. 64tor of Physical LrA Mathematical Sciences,
Karnitaldr, T.G., Candidate of Technical Sciences, Rayokly, S.M.,
Candidate of Physical w4 Mathematical Sciences. Klizovskly. L.g.,
Candidate of Fr4oloal m4 ftthematizal Sciences, Kiliyanchuk, V.3.,
Candidate or thTsiaal " HatherAtical Sciences and Glaubarisan,
A. Yo., Candidate of Physical and Hathestatloal Maness.
Card 1/3o
Babuabkitl, A.A., B.A. 07ozd4v, and P. Y&. alatunav.
Sposstrophotometrio EquIpmat for the Continuous
Absorption Analysis wki Registration of Gas
Concentration 360
Vaynbera, and T.K. Rascumom
-
Uip
la, Mothoa of DiterminIng the Passlx4 of Some
Optical Materials in Bahumnuts Sp*otrAu R*Sion 363
GrAdinktna, N.P. Speatropholoosetrio Doter-Ustlon of
Water fority 3a
Ovoohkln G.V. Condensed Djacharge Through a Capiuary
as a fowerful source of Co,stion. 3p..truss 1.
Spentm Studies 365
Takovlov, S. 7a. A Wedge-shaped Islack Body as a
Source of Radiation for Sposstrophotcastrie
Ro"Ure"Uts 368
Card 23/30

I M.N.

AMaDM.jLiSy,&yA. v.A.; VAYNBMGI, B.I.; RAMMOVAS T.K.
%termination of the permeabilitY of the Schumann sPectrw regim
by optioal materials* Yiz. abor. no.3*63 '57. (UM 11g8)
0
1. Gogud~,retveuny7 rdena Ionina opticheskiy institut im. S.
ravilovae'
(Phosphor u~Cptioal properties) (Speotnmg Ultraviolet)

-'s 0~ -
V, e~ V -, - 6- t: I , ~
SUBJECTs USSR/Luninescenoe 48-4-18/48
IUTHORSs Arkhangel.'skaya.7. A. and Foofil.ov P.P.
TITLEt Luminescence of Some "Pure"-Salts (Lyuminestsentsiya nekotorykh
"Chistykh" soley).
PERIODICALt Isves tiya Akademii Nauk SSSR9-Seriya Fizioheakayaq 1957, Vol*21,
#4, p 530 (USSR)
ABSTRACT: At the liquid air temperature, luminescence ap4etra of'some
non-activated Salts (HgJ PbJ2, AgJ, CdS) consist of a series
29
ofbanda whose width increases eyetteatically toward the longer
wavelengths,
The intensity of individual bands in luminescence spectra
greatly depends on the intensity of exciting light. The in-
tensity of short wavelength bands rises with excitation inten-
sity steeper than linear, according to the expression;
Lr r
Card 112 where r.>f whereas for long wavelength bands r