SCIENTIFIC ABSTRACT ALYANAKI, P. Y. - ALYAVIYA, M. K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101210019-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

o IC i Z.

ALOYARM, P,ya.
. - MNWMW lytical and speriodical balanOs- Ism takh.no*2t
The "Vivok" am (MLU 9.7)
83 Mr-Ap 156o
(Great Britain--Balanoo)

ALOYAHAKI, P.Ta., red.
[Instructions 69-56 for checking weights (measures of mass)]
Insti-aktaila 69-36 po poveike rabochikh girl (mar mosey).
Izd. ofitsiallnoe. Moskva, 1956, 27 P. (MIRA 14#5)
1. Russia (1923- U.S.S.R.) Komitat standartov, mr i is-
mariteVnykh priborov.
(Weights and measures-Testing)

ALYANCH110VA, G.N.
Dow-point hygrometer. Trudy IIIIGIV no-7:55-62 159.
NIRA 13:5)
(Hygrometry)

, ALYAVCHIKOVA, G.N.
Xquipment for testing and verifying humiditV Measuring instruments.
Trudy NIIGMP no.7:92-98 159. (MIRA 13:5)
(Meteorological instruments--Testing)
(Humidity)

A AL
17~
nnaxul
I 3g
so
b. 0
~or
93 MEG H
IL ..A- I
I U g-N
1. gg. 0 .0 o .0 .00 a
.1 3; o" Ifix
dR
.0
H. s* -11 1
40 H,
.8 -a.

0,
I AO 0 S. 0
'n Ho R . O.1. 3 .
'-. zbol 11 0
H-114 -'A, . 'r, '0., ] j -.,, ~ 0
SO 163 h M!tpu.Y7:
R, 'NA v-,j - -;"I M "P: " 1
61 01 j x a
4t
.44
.%40M 1
lno- A
o VA
.29
00 t~ "01,; V A -j
4 V. i -j H-se V-
M MS..'
:3 1 :3
%;:0 :31
14 bi 4,;
b"
".1cipi
Ph 1; 2'
Mgt u0
Au
,as
0
06
W%
H
. C9 m m m 0 0 %0 'o -4
'-0

r - M M
? A

, 0)

.-
v I
-

. 4.2

.0
;~
AV

0- 90'
.0
19
0
4 1

In k
0 u

U,

L ~72~2-66 FBD/EWT (1) /EWT(m) /EEC W -2/T/EWP (t )/EL'1/8WP (k)/EWA(h) 1JP(c)
ACC NAi A16032467 W01JD SOME CODE: UP/018]Va/_0DQ/0D4/1pqi/JJoq6
AUTHORt. Alyanovsh4, I.; Baggrey, V. Be; Berozaahvili, YU. N*; Vul, B. M. q
ORG: ftsics Institute im, P. (nzicheakiv institut AN
MM PolAritation of the mission from gallium arsenide diodes
Z_5
SOURCE: FtzDm tverdogo telaj ve 81 not 4-,1WY1091-1096
T0PXC ZWS: gallium arsenidep semiconductor laser, yn junctionp laser erdssion,,
light Po1wrization
ABSTRACT: To ascertain the causes of the strong polarization of gemiconductor lasers
-with p-n junctions when the generation thresh-old is excee6ed, the authors investi-
gated the polarization of the laser emission at injection currents above and below.
threshold, the influence of the orientation of the p-n junction and of the resonator
mirrors on the polarization.. the emission from individual lasing spots as functions
of the injection current# an well an the Influence of the tev(perature. The diodes
were obtained by diffusion of Zn in GaAs doped with Te. The injection pulses were
short (0.5--5 Psee) and rectangular, with repetition frequeneq 40--1000 ape. The
masurements were made at 77 and 4.2K. Observations were made of the integral-
Cr~e4~ajt_kn_ polarization and of the spectral polarization, using polaroid film. Visual
~'Es_erviiiilns of the p-n janction were also made through a polarizing microscope. The
experiments disclosed no connection between the character of the polarization and the
1/2
CQEd

L 27732-66
ACC NR3 Aj?6DI246'1
orientations of the p-n junction or of the resonator mirrors relative to the crystal
axesjo or any temperature dependence of the phenomenor.. A noticeable polarization of
the Integria radiation below threshdd was observedp with the same orientation as
above threshold, At very large currents and in individual cases several modes with
different-polarization- directions-- were-observed'iat-arbi-trary-orientation7of - the-. junc_-__
tion. It is concluded from the results that th~-polariiation directio-n- I-a-sensitive'-
to inhomogeneities present in the crystal and to the presence of anisotropy of the
emission oi- absorption of the medium, due both to the macroscopic.lattice cUstortions
and to anisotropy in the velocity distribution of the electrons.- Orig. art. has:
5 figures., 8 formulasp and 1 table$ [02)
MM CODE,. .20[ SUBM DATE., 16Aug65/ ORIG rm.- 00.~/, (M MW: OOV ATD PRESS:
Card 2/2

ALYAN X-AYA.--hL&.
,,,,Wwwws~-
Some data on seed germination of Bergenia. orassifolia (L.) Fritoob.
Biul. Glav. bot. sada no.46tlO5-108 162. (KRA 16s5)
1, Glavnyy botanichaskiy sad AN 98SR.
(Siberia-Bargenia) (Germination)

Alyansl~jy, 1". S. - "A --anitarY and Vricillic evaluaLion of o lmter sunply o,
city c,f A7,t-,-a:-.hajjt'f, TnO., Astral:11. c03. ned. in-tal 1103. LXI
SO: U- 3042, 11 March 53, (Letopis 'Zimni&I ljjy,,~
.11 m.atey, 110. 8, 1919)
I al ;.

I J\~
ALYANSKIY I. S., Cai~~-Med Sci -- (diss) "Dataq~ the Toxicology
WWAQV -VQ- 4-'
of Dichloroethane and P~Xp erimental Therapy oAPoisoningsby this
Poison." Molotov, 1957. 14 pp (Molotov Medical Inst) (KL', 48-57,
109)
- 64 -

ALYANSKIT, Yu. (Leningrad)
Born in fire. Me takh..3 no.11:28-32 N 158. (MIIU 11: 12)
(Glassware)

ALYAPIN. A.G.; KOVALIV, S.I.
Efficient organization of lubricating operations In industrial
enterprises; suggested by k,G, Allapin, S.I. Xovalev. Prom.
10:12)
enorg. 12 no.12:18 D 157- (MIRA
(Dabrication and lubricants)

ALYAPOY, U., kandidat tekhnicheekikh nauk.
..... qm"""10
Blect"ro Yves an accelerators In the hardening of Portland
cement. Vest.AN Kazakh.SSR 12 no.12:77-8? D 156. (HLU 1W)
(Electrolytes) (Cement)

KRASILISHCHIROV, A.A.; KRYLOV, A.Yas;
Age of certain granitaids and gnelsses In the northern part of
Spitsbergen. Dok,,. AN SSR 159 no-4.-796-P,98 D t64 (MIRA 18i1)
1. Nauchno-issledovatellakly InstItut geologli Arktiki, Pred-
stavleno akademikom D.I.Shcherlakcwym.

A2AZL9Eff4~~aQMjXeyJoh*_ TYUKWUA, S.T., inzh. p red.;
SHILLIXG, V.A.p izd.red.; BEIDGUROVAg I.A.p tekhn.red.
[Multiple-spot strain measuring of cyclodynamic processes]
Opyt. mnogotochecbnogo teinzometrirovaniia tsiklodinamicheskikh
protsessov. Leningrady 1960* 16 p. (Leningradskii Dom nauabno-
tekbnicheskoi propagandy. Obsnen peredovym opytom. Seriia:
Blektricheskie metody obrabotki metaUovp no.7).
(MIRA 14:6)
(strain gauges)f

LIFSHITSO I, D.; KOPYLj A. N.; ALYATMINOV, A. 0.; SHUVALOVA, L. S.;
KOMAROVAR Z. V.
Footwear made vith polymer materials. Kosh. obuv. prom. 4
no.lOtl7-19 0 162. (MIRA 15t10)
(Boots and shoes) (Plastics)

It ~f 't it to It to t1lin 11JIM AsItAl M ail Ua M13 it U a C a, A; It a dire
IleL L-1 O."r.G. A II ..y v Ll -1 1" 1 AA to (IC M Lt. 19
....... ....
A
The Wood pressure In treatment with Arrenamine -00
( 6. 1214-16
kem. Zrivir. 1939, 1. 21 M-o-Observatt ions sarre
Ckem
C
made an 122 it"Mitic putirrils in %arious stages III The
a disease under SP. treatment with ticivarsenril. Their was
J'i a definite cleciewse in blood Pet-Sw". especially folh)wing
the first Injection. Since at the end of treatment 01.
fluctuationsin I)I(Podpressuredisappeafeddit
as the subjective symptoms (A Pain, the hYPotensiOn CAH
Ile regarded as a syniptorn of the lack r4 tolerance of the
I ttl-utir Pritanimi f4ir the salvarosin lwtrpn. NI. G. M.
SOO
=00
coo
goo
111.00
00'1 ago o
*7 goo
00 b0 0
be@
WOO
igloo, -I ...... ..
Ives
;0 It CM,
is It It it n 1 14 A I Ow 0 It
0 0 Is
0 0 o 0 0 o e o 0 o o o 0 0 0 0 111 41 0 0 0 0 9i
a a
'T
0 0 0 0 * 0 0 0 0 0 0 0 0 0 0 o o 04, 0 60 0 0i

61, y L y I J.':
alva 'Iav. vo~~V-,n.
Gooldt,
-uzll
~'Ool - SS, 7, 'Dur I-n!:o.
na-1v 13- 315-21.
SC: 32,

Stratigraphy of sedimento in the upper layers of the qaaternar7
system of the Pur-Nadym istershed and the southern Tazoveldy
Peninsula. Inform. abor. VSHGSI no.6;87-93 159, (mrn 13:12)
(Par-Nad7m region-Geology, Stratigraphic)

AI,Y,%VDI-...-LI.A._;,__L,E-PETOV, V.A.
------- .- -
Dispersion and spread are the basic characteristics of the scattering
of experimental values. Kauch. i rez. 23 no.9:32-34 S 164.
(MJRA 17:11)
1. Moskovskiy tekstilInyy institut i Mos~-ovskiy institut tonkoy khi-
micheskoy tekhnologii im. M.V. Lomcnoso-,a.

-0 V 0 4
OT:
Ii A, Ii IJAJSA.~.M. I v
L L L 1 6 11 1 L L 4 1. to II Y V A I I &A 80 to Up 11 1 ,
o fi, I I I
it
:: "
00 ;
so it Results of the maeums of the leckwical Ofs Ok
09 a the extract imiltvary of the U. S. S. R. N. Alyavdin.
Vestivok Koshertmwa4)bw4wI Prow. 1932. 814:' 00ber
00 60. U1 I(HKW). -11w inethuds soul app. us"I in varkeum
of f Rutumn 1114016 "hich 1mv. Maros" CA(S.. as INVII as 11ovu
00
00
00 j
00
at
:0
n to o .4 so do o% a to is it
to 0 0 0 0 0 0 0 a 0 : $I
a D b 11 or 1. 6 u
0 1
-00
0
-46
=00
COO
zoo
lee
too
;ioe
Am I a 'M 0 q 41 1 1 0 9
**Soo 0 0 4 0 0

0 1
u 0
0 0 0 0 0 0 0 0 0

i
,400 1 5-b ,k,
,
ir
r $ e 0
16 41, 0 : 0 0 # 0 0 0 o 6 o 0
ts 16 It Is It A hil ahn J."36h,
1
" 36), till big III, %"a; at 61"'Aace
a A A 1A AA a V.
p
a
7
P
'a i

N. Al)-avdin.
I ogtmctwa in ddhmro.
so
Y', It. 423-4
X

rd in th, UDitcd *-Ikles "A 'a Kul*
w so
As Show that better n,,,ats We Obtai0ed by ittto. at
Ihigbw tm". fogmd by puiffimtioa W the tanaing nt.
than by knw esta. temps. A. A. Bq*htllngk
00 zoo
00 a
0
: zoo
0 to 0
0
l
:
. S
' 11 to
i 0
400
!ZOO
INOO
00
ties
I bee

: too
t

u
l9
0 of t# It
It c1:
l[
tt a
11 It
O
4
0 0 0 0
go 0 ,;
O
O
OTOO :::i
goo * 0 0, 0 00 0 0 0 * 400 0 0
0 0 41 0
so 0:0 0 0 0 0 0 0 0 0 4p 0 0 0 90

ee

is As 4 No it 01
Tim:,
j$;. 0.1 Plitt tl~DIVt
OOA It, owicittlis *so
c #9
00
A,-siterial for pre riticill 01 fuctallographic tippcimpnis,
1940, 1q. Alyovdin. 1,1,low 104),
7. W.-A's the felitift 44 le'lil .,( vdilml. 1111O.'rk.l. she
1; , =
elxxiite as Ilse lw,t III&Itlifil j,,f
Is of %Iwitnens -of POwd, or" for usirrowolvic'e%attlyl. fl,,
0.3 ebmsile is ficated to 100-110'. lw)w4l. txe splinklej .11 it
An-I in"n]. 713e %lbe, nnett is then f1witsell in a pre,t,t an,l
Sea
00
00
It*
LA VALLUNK -A'L Lit 11111AIIIIIII CLASIvocAllocal ------ wee
".;Oak-
Go(
t a too
u 10 0 It IT a to 0 tl_~. Mu 0 0 0 a 0 0!
66 0 &a Sol** 00 1 a
0 e 0 000 00 .0 0 0 0 0 0 goo 0 00
00009000 900

of 0 1, 1 v - 600
ed a NAM
06 WWI Ido W-1 A. Allaw-
1.
r low.
Jjw dkvw wh" I is Imp
beat coo"" Cal-Ax. and w
14. 4
sow
"N-SLA "TILLOR4KILLITMOWICLAINFKATON
we--of-, 0 0 00*6000 so 6003 OAL
Joe's
1 1 r-A 0 11 4 1 if 91 6 do a 40
P~o a 0 0 0 0 0 * * 0 0 0 0
Ljk.G 0 9 0 0 0 0 u * S 0 0

11 u Jj bi 4b v * I 1) 82 j0 m A kit itu be* NVINP40041*4te
A 6 A ..P r 6 A,1 .4 k . 9 - 4 & -L-1-_L
00 4 c!Off$ '00
190 ji
A dwintiftl LAYSIOPtion Of Ufl"'" diffusku ID c;tk
141'
L. At. Kstsaxopitis 1941. No. --, 57-
-00
1 uslau laws from the 11.4,11 of www -00
of I be. kbwy Zil Y.
100 .00
*0411 at*
=00
age
go*
goo
4
xoo
.11AMIROAC 1.411NAlt,4t CtSUOKATIck
68
0 U It 0 03 IS jo pp 11 IV it aa a m stK11 so or 'or
.1
0 0 0 0 0 0 0,0 0 a 0 0 0 0 a 0 0 0 0 0 a 0 0 0
~%- 0 0

1 1 1 11 12 11 " n I* U W n P~ v u Us bw Altfte vu*04-9
A J. c A~ F k A 1 1.
'm to cx IV t4
(Roles 4r
M"boo. r404%4 Ing. Uska Prow. in, L, At.
NaclosarwAm IM. No, 2. IN-71-liks the 1.4%is of the
twkvdtnl &Wyli% anti Im onavvis CIL64km ckvbdk~
11-0. l'njWV%I!RW.I19 &M 5Ug%"tc%l in the dmign of tht
."I vIwj,pi. The im1m,vrd rh,qvjwj W111114 Virld V!hip~
in which 'filfu*ion ((j tannim) Ulu tw afr4fir ifill"v"j.
00
coo
c 9
zoo
APO
44,
j
nee
.0 mV Q v WZii~~tT 9111 IVA 0" Itl
jib u It. AV M) a Y'V 9 (w 0 N a I w 9 a 4 3 4 v
a It or 1, w a ft it 4 *D 4 1 )11,
Ole 0 0 * 0 0 0 0 0 o 0 L 0 0 0 0 0 0 0 6 0
01: W; 0 0 0 0 900 00 00 0 111 * 0 0 0 4 0! 0 goi * 0 0 a 0 0 G 0 0 : *

-
0 0 0 0 0 9 0 * 00 0 40
- oo V-v wwv-w-w~
1 4 G 1 0 6
I L .4-A ' v It is it w 116 IF I
L L a a r v x I I. 11
v 8 1
6 I'll moi b re
'%I -

-A '40

of cu
Alyovdis. b4p Prom. 2, No
l
00 IF 4OW In plaills Mg. tannin we "bjtct to intema
The damap csn be effec-
"
G.Awe all eltmw roffollm,
l COM&I'm is ectricemd.
t
f
0 crtL&
or as ci
tjvdy minimized. wo
be j--ied In the
Zo
C
C
U
00 a . g..
.
n
o.
it a inctal mm b-ic t
tormrwtbeprA-tW. SOAnt 9.

0 =.:Nwu.

0
too
=so
00
00 j

0 v
Go v

00
o
L
g

to
-A0
too
I
I I L -11 -L L U~61C.t tj.%SwK*jjCh
8 ft to 0

ASA L-~l
Is
b- 3
I VI

N j 11

60 It N #4 it 4 R 111 PC ft 11 it M:mI3 It
00 0 0 0 111 111 0 0 010 0
00
0 0 0 0 0 0 0 0 is 0 0 0 0 0.0 0 0 0 0 0 0 0 eg
0 90000 0

0 0 0 0 0

00 f
es
0081
009
jo 4
1000
00.3
ist jukt. dow of
M. Hook
lee
-00
Soo
moo
000
as*
1 we*
moo
0
NJ II&V ONO, 00, Isaill *a ONT All
u 0 At my
a fw 0 N a I w a q a a 31 1 T
0 1 ; 1 14
0000*040.00*00 ooo*Oooqooeooooob-ooo000000000000
1990*04
I L 0

7wrjw
emu
*0 A
Igoe
00 A
004
00 it
004
go a
004
got
00 d
001,
dle 400,54 of "time separalm.
N. A. A -
L'Ovy" P-m- I Nm
t a., &Qv%
T-609410 MILO
b a INV
;o
.T.,~
::00:::l:::o*oo*0000*0ooLo,&
go
100
.00
00,
'00
1**
-00
00 0
Vo 0
CID 0
Mme,
060
re 0
goo
tro 0
moo
*00
In
I" :

137-1957-12-23136
Translation from: Referativnyy zhurnal, Metallurgiya, 1957, Nr 12, p 40 (USSR)
AUTHOR: Alyavdin, N. A.
TITLE: -Th-e-Za`-Iculation of the Asymmetrical Heating of a Plate (Raschet
nesimmetrichnogo progreva plastiny)
PERIODICAL: Nauchn. tr. Mosk. tekhnol. in-ta legkoy prom-sti. 1955,
Vol 5, pp 263-278
ABSTRACT- Bibliographic entry
1. Plat es-Hentine-M lathezvt ic F I Pnalysis 2. Biblior~,rrtiiy
Card 1/1

ALYAVDIN,N.A., professor
-
Improving the control of vaste recovery installations. Leg.
prom. 15 no.6:18-20 *Je 155. (MIRA 8:8)
(Salvage (Waste. etc.))

I ti Ii x I IV

AUTFOR: Alyavdin, H. A. SOV/156-58-1-44/46
-- - -------
TITLE Theoretical Foundations of Psychxwetry for Complex Mixtures
in the Gaseous and Liquid Phases (Teoreticheskiye osnovy psi-
khrometrii dlya alozhnykh smesey v gazovoy i zhidkoy faze)
PERIODICAL: Vauchnyye doklady vysshey shkoly, Khimiya i khimicheakaya
tekhnologiya, 1958, Nr 1, pp. 180 - 184 (USSR)
ABSTRACT: Psychmmatric determination of the vapor concentration of
volatile solvents in an inert gas can serve as an important
means of checking work of recovery sections of workshops of
the chemical, light, and automotive industries. The high
total value, and the possible recovery of large quantities
(40-60%) of these solvents are a sufficient proof. Sinci the
applied method of recovery inspection is very incomplete, and
since the usual psychrometric method can be used only in the
simplest cases, the author gives the foundations of psychro-
metry for the following complicated cases: a) in an inert gas,
vapors of many components are present, among these the one
with which the instrument is filled, b) the instrument is fed
Card 1/4 by a mixture of 2(or more) liquid components. In the gas both

Theoretical Foundations of Paychrometry for Complex SOV,1~6-58-1-44/46
Mixtures in the Gaseous and Liquid Phases
vapors of these two components (called basic components)
and of other components are present. For the simplest case:
1 main component, gaseous or liquid, the formula
d -d M -K(t 0 -Y is valid. Here d is the vapor content in
the flow of inert gas (g/kg), dMis the vapor content of the
air in the bulb bag of the casing, in the state of saturation
at the temperature of the wet thermometer (g/kg), K the
psychrometer constant, tcthe temperature of the air flow
(flow core) measured in OC, and tM the temperature of the
wet thermometer. For complicated cases nearly the same formula
can be used. The difference between complicated and simple
cases lies in the introduction of the coefficient A only.
In order to find the latter, coefficients A,, A2, A3 0.
must be determined. First the case is discussed where the
instrument is filled with one main component, while in the
gas both vapors of the latter and of the admixtures are
present. For an equlibrium, the coefficient A2can be cal-
Card 2/4 culated from the formula

Theoretical Foundations of Psychrometry for Complex sov/ 156-58-1-44/46
Mixtures in the Gaseous and Liquid Phases
Bd
A2 a t - mk d may be neglected. The most
PM y(d + 29 - 1000)
difficult part is to determine the activity coefficient. The
author marks the values of the activity coefficients for 3
binary mixtures on the sides of the phase diagram, having
computed the coefficients from the equations cited. Afterwards,
activity coefficients are determined for all interior points
of the triangle, i.e., for each component of the ternary
mixture. Figure 1 shows a diagram of the ternary mixture of
ethanol - water - ethyl acetate where some curves of activity
coefficients are plotted. For the purpose of psychrometry, a
study of some parts of the diagram will.be sufficient. From the
content data of the 3 componentat A2 - 0083 is found. The
psychrometric measurements have shown that the experimental
and theoretical values are close to each other. The formulae
cited in the paper permit a generalization to 3 and 4 main
Card 3/4 components, and for several admixtures. There are 1 figure and

Theoretical Foundations of Psychrometry for Complex SOV/156 -58-1-44/46
Mixtures in the Gaseous and Liquid Phases
6 references, 1 of which is Soviet.
ASSOCIATION: Kafedra obahchey khimicheskoy tekhnologii i teplotekhniki
Moskovskogo tekhnologicheskogo instituta legkoy promyshlennqsti
(Mmir of General Chemical Engineering and Thermal
Engineering of the Institute of Technology for Light Industry,
Moscow)
SUBMITTED: October 15o 1957
Card 4/4

- ALYAVDIN, N.A.; BARASHKOV, S.G.
Use of a rotary dryer for drying pharmaceutical chemicals. Had.
prom. 13 no.8:42-48 Ag 159. (MIRA 3,3:9)
1. VoesoyuzW nauchno-isaledovatellskiy khimiko-farmatsevtioheskiy
institut imeni S. Ordzhonikidze.
(DRYING APPARATUS)

PRWIIKOV, A.F.; ALYAVDIN, N.A.
Forming of pAckagea of a complex shape. Izv.vyi3.ucheb.zav ; tekh. Lskst.
prom. no-5s68-73 164. ~MIRA 180)
1. Moskovskiy tekstilinyy institut.

NOVORADOVSKAYA, T.S~, Aj.y",-vj -L?;P "J.: ~
---
Using the method of matherrvttical statistics for the setup of
the experiment and analYsis of the equilibrium sorption of (yes.
Izv. vys. uchob. zmv.; tqkh. tekste prom. no.6;79..84 164.
(MIMA 180)
1. Moskovskiy tekstillnyy institut,

Ccrantsf.,tri d',agram of xrfecaa3~ty
veloail;y gradlent for thf.ckoners util pi-frt.iig ~nkt. t~:!'.
" m:ia, "
chur. 27 no.6010-8" li---) 165. A , ;j
1, . - -!."
1. Moaknvak!~y teks'U*'&l'r37 Fulbruary "'(41

ALYAVDIN, N.A., doktor tekhn.nauk,, prof.; SIDOAOV, V.G., inzh.
Uoe of the faotorial method for investigating the possibilities
of perspiration absorption by silica gel in airtight rubber
footwear. Izv. vys.'ucheb. zav.; tekh. leg. prom. no 1:116-
123 160, WRA 14:5)
1. Moskovskiy tekhnologicheskiy institut legkoy promyshlennosti.
(Boots and shoes# Rubbor-Testing) (Silica)

--ALYAV1)INA,-A-.A-e-
"Outer Integuments of the Wheat Kernel as a Conducting System," Dokl.
AN &SSR$ 25, No.6, 1939

CREW

7C)
C) V
AUTHOR:
TITM Homogeneous Growth. olf Salt Ovv~c;tals in
Conditions of Strongly Satu7:ated Scol-ations and Large
Supercooling of ~,he Melt (Odnoy,:,d-nyy --cs-r, kris-lallo-,r
segnetvovcy soli v lislo-~?`.yaklj
rastvorov A. bol.*I,shcFc
PERIODICAL:Izvestiya Vvssb-itd,- Uchebnvk-la
19158~ Nr 6~ pp 4-4-50 "JSSY4)
ABSTRACT: The paper des~,ribes result,-, ,n &-celerated
4r,owth of sin6~le Ecc-he2le salt
homogeneous F
, stals
pa&,icularly on the effej,t olf -,.erjipr;i-a,7ule legimes
and of the presenf-e of adcled. foretn- n solution.
The decomposition of ~,allt JL-n at higher
temperatu.)~es was studied and 2*1osvIts dliffetring
in some respe~,,ts fron those-, ~)f vjorl~ers (Ref 9
and 10). It was occa-sicnali-y pcz~iii-b,le t.- grew
at 50-550C (normally Roche-le. salt dc~zoriip-ses at su;-,h
temperatures). Addition )i acid
and of glyceriia appre---,inlily the. -r-ate of %-.7stal
Card 112 Srowth. Addi-tiori of

Homogeneous Growth of Rochelle Salt Crystals in Conditions of
Strongly Saturated Solutions and Iarge Superiooling cf the Melt
agar-agar and flax seed extract) was ber-efirial in
inhibiting crack foxmati.on and in equalising growth
stresses; no evidence was obtained of inolusions of
colloidal matter in the crystals,, There are 1; figures and
15 references of whioh 11 are. Soviet, 2 German and
2 English.
ASSOCIATION:Rybinskiy Vecherniy Aviateklmologichea1d.y Institut
(Rybinsk Aero-technological Evening Inst-itute)
SUBMITTED: 2.3rd April 1958
Card 2/2

ALTAVDINO N.V*
Homogeneous growth of Beignette salt crystals in highly supersatu-
rated solutions and greatly supercooled malts. Izv.vyo.ucheb.zav.;
fiz. no.6:44-50 159- (MIRA 12:4)
1. Eybinskiy vecherniy avintekhnologicheakiy institute
(Potassium sodium tartrate) (Crystallization)

ALY AVDINP N.V.
Gontrollable brittle fracture of C/--s&lol single crystals. Izv.
Vys. ucheb. zav.; fiz. no.1s138-140 164. (MIRA 17:3)
1, Rybinakiv aviatekhnologichoskiy institut.

137-58-6-11820
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 6, p 89 (USSR)
AUTHORS: Alyavdin, V.A., Danilov, P.M., Petrikeyev, V.I.
TITLE. Experiences in the Heating of the Shrinkage Head of an Ingot.
Electric Arc Heating (Opyt raboty po obogrevu pribyl'noy
chasti slitka. Elektrodugovoy obogrev)
PERIODICAL: Tr. Nauchno-tekhn. o-va chernoy metallurgii, 1957, Vol
18, pp IOZ-105
ABSTRACT: Experiments in the electrical heating of the shrinkage heads
of 6-t ingots have been run at the Kuznetsk Metallurgical Kom-
binat (KMK). The first experiments, witb St ZO and 45 steels,
were run by heating with a single 100-mm electrode. Later,
hollow electrodes of 250-280 mm diam were used. The metal
was poured into the hot top to only half the usual height. Heat-
ing was conducted for I hr 40 min. The current was reduced
during the period of the heat from 2000 to 800 amps. The vol-
tage was varied in the range from 36 to 48 v. A procedure for
electrical heating of 5.8-t ingots of Nr IKhl8N9T steel was
developed. A lined cover with a hole for the electrode was
Card 1/2 placed over the ceramic hot top. The optimum procedure

137-58-6-11820
Experiences in the Heating (cont.)
envisaged heating for from I hr 30 min to Z hrs 10 min. The current deliv-
ered to the electrode was 500-ZOOO amps. Energy consumption was 16.7-
17.6 kwh/t. In 1956, an installation for simultaneous heating of 6 ingots by
electric arc was installed at the KMK. This equipment is provided with
three single-phase 190-kva transformers. Each transformer is used to heat
two ingots connected in series through their drags, Heating time was I hr
50 min. It is noted that the quality of the metal, its chemical composition,
macrostructure, and mechanical properties after a trimming of.9-1116 were
not impaired. The eating away of the ceramic hot top produced an increase
in silicon in the slag, and this made for some loss of Ti by oxidation in
IKhl8N9T steel.
V.P.
1. Steel--Production
2. Steel--Heating 3. Electric arcs--Applications
Card 2/2

SAMARIN. A.M*; YBFIMOV, L.M.; YESBIKOV, N.G.; ORMAN, R.Z.; SHABANOV, A.N.;
MOROZMISKIT# L.I.; GRAUT, I.Ta.; TOCHINSKIT, A.S.;,,
DANIWV, P.M.; PXTRMY]ff, V.I.; POPOV, B.N.; BOBKOV. T.M.;
ROSTKOVSKITO S.Te.; GAVRISH, D.I.; DlYArOKOV, N.S.- TIMOSHPOLISKIY.
M.l*j ROKANOV, V*D.; IWHTKAN, A.M.; MF,,UEHKO, A.M.; PaDGORIMIT,
A.A.; OFUG3NM, A.M.; BRONSHTWN, VeM.; FRIDANTSIV, M,V.; LIVSHITS,
G.L.; ROZHXOV, V.A.; RUM, V.S.
Reports (brief annotations). Binl. TSHIICHM no.18/19:15-16 157.
(MIRA 11W
1. Chlon-korrespondent AN SSSR (for Samrin). 2, TSentrallun
nawhno-isfiledovatellskiy Institut chernoy metallurgii (for Rates,
Rootkovskir, Pridantsev, Idyshits, Roshkov). J. Stallproyekt (for
Shsbawr). 4. Xu=etskly matallurgicheakiy kombinat (for Alvavdin,
Danilor, Fletrikeyev). 5. Zarod "Blektrostal" (for Popov).
6. "llnepro"tastall" (for Bobko-r). 7. Glavogn9l_mor Ministerstva
chernoy mstallur~ii SSSR (for Gavrish). 8. Planovoye upravleniye
Klainterstya chernoy metallurgii SSSR (for Dll~onov). 9. Otdol
rabochikh kadrovq tru&x i zarplaty l4nisterstTa ohernoy metal-
lurgli SSSR (for Timosivollskly). 10. Glawtorcharmat Milmisterstva
obernoy metallurgii SSSR (for Romanar). 11. Giprostall (for
Pochtman). 3.2. Zavod Im. Voroshilova (for Meleshko). 13. Zavo&
OZaporozhatal'O (for Podgoretakly). 14. Stalinskiy metallurgichaskiy
savod (for Ofengenden). 15. Nizhue-Tagillakly metallurgiobookly
kombinat (for ftonshteyn).
(Steel-Metallurgy)

180)

AM0220 Lewis. A-2- DoOnAt. Camdtd.to at 1-01~14al saidmev&$ T-4ir.
~.eer&Vko. A.D- and

T21M. --trIe
:Otal Reflalag Is intensified S.Iti,4 at Str%atural 31
k1 k=_
"
v
"-I'(RMflAlr0waA17* "tell& Pri lettualf1hatell P
struktaiessay o2ektresitelt)
FMOSICAL. Is-atty. Tys.hik2l uch.b"kh "Iods.11 - Cbermays setallargirs.
1
~
.2"9. 17 1, pp 71-61 (0332) ~
AUTUCT. Convarati.8 test. a- on"led net an kinance of harmful Is-
parities tth tb too of Conventional and .2prisestal 0.004.
of structural st:sl o"ItLeg. The basic parallariti.. of the
It
-
experlisaW IsshAolody which caused InUssiti..tim of sma
.
d
s
Ing and rodused -tfio, sualtimw; ties by me baor. L.C1.4.4.
06spharlsation during the wee2ting prooooss "a of 4asooss,
*"blood .1th 6xidISLAC %IQw-
of $gettin
i
ti
on
na
g
027904$ term
lag-t3treachg reduced quantity of baral"-wet earbOut prollwi-
Mary deoxl&atlm .11h A" early addition
forresille" plan coke as". and forroebromet metal

Am.61%.
h

rge.
MOSIOUS of disc
Petal at
the
card 1/3 by slag of the Adoe
14
Of the tsat- wore ~owp%x,4 and the following eanclualsen we"
004*- D0000phorl"ttes did not d.pad " U. b.sicity or the
01" 9" On the Usporatay*, hAz.&. the for-.c,_ g"t4at
bad a 4tr"6 effect an pho,phorce distribution between the
seen' and the OLAV dus to -stal tr-teent by #lag of the ease
I"t'llsthd d:sUlfurl"tion rate 1& the test setbod was bjdZ.,
has the waven UQUal towbaml,gy, , tr,,, ff.., of ferrous
Gal" *8 the d"alfer"'t" coefficient in the ladle was b.
~*"a& and therefore OIAC doOltdation Prior to the discharge
was IMP-milve. Th. door.-. at varbon dig &#I
Leo"60- the WraCts content. -ftellainer, do.zidst Iwe an,
early addition of f.rr..111000 due1 "...4 OP"dod-up .1t.L-
nation Of MCOS- Prior to the addition of agents with higher
r"'s ime aspecitioe them those Of caa~hom, the oxygen cast..t
O*lsa;s a' the '"bow "ain't ang- 14 the to" of '12WIl-
:%**I.- th-.GIILGM content. mixing of ISO ast.1 I%b the
Lag &"0d decrease of the azyg*m contest earls, the dj~_
sh"C*- Th* d0te"Imatlom of aoa~*"Jljo impurities ...
an"d Out '87 "Closer S-5- T-r* ... k-, -I- stated that. Is
Its of the abortmad reduction ties. I.S"Witj d.-It.tto,
Card 2/3 sweat" f"DrablO 40061SIORS, for eliminating LEWIllog. The
m
ixture of the w-"I .1th the red"
Met Ock the 4.".... Lug else had
Of D*G-s4t&llic Impurities. ?h. is.
4rIIA*d "Lhcd ensure. the production of blh quellty notel.
The author presents CrAPbs comparing Change@ Of the impurity
*aaus t Inl;-P-riscatl and -on,wational nathd..
The" are graphs and I so-I.& referees-
LSSOCIATIONI. SibilskLY watellurgichook
X.Wlwgy 17 iketitut (Albor*- Inotit.%. at
)- 1-mat.ki, tIllVr6I4b4akIr kombi.st (Z .... S.k
Utdll%relzal Coubia.)
SOUL . October 25, 19"
Card 3/3

AUTHOR
Levin, A.M.9
G-lazov,A.N.,
Engineers
SOV/133-59-4-10/32
Docent,. Teder, L.I *' Monastyrskiy,V.Ya.,
Alyavdin, V.A., and Chernenko, A.D.,
TITLE: Intensification of Smelting Stractural Electric Steel
(Intensifikatsiya plavki konsti-alftsionnoy elelitrostali)
TERIODICAL: Stall, 1959, Nr 4-, pp 323-32? (USSR)
ABSTRACT: An investigation of the possibilities of intensifying the
electric sinelting process carried out on the Kuznetsk
k'etallurgical Combine durinG~ 1956-195? is described.
For this purpose 100 heats of structural steels were
carried out (table 1) in which the following methods
of intensification of smelting were tested: 1) the
use of oxygen for the oxidation of admixtures;
2) combining of the end of the melting period with the
beginning of oxidation; 3) dephosphorisation of metal
during melting; 4) decreasing the amount of burned out
carbon (up to 0.2%); 5) intensification of the
deoxidation by the use of a preliminary precipitation
deoxidation with complex deoxidants and with an addition
of powdered ferrosilicon after the makin6 of a reducing
Card 1/3 slag toC;ether with powdered colce; tapping. of metal

Iritenslification of Smelting Stru,--tural Electric Steel
together with slag with an energetic stirring;
6~ intensification of the desulphurisation process;
intensification of alloyinG by starting it at the
beginnin, of the reducinG period. The comparison of
changes in the composition of inetal and slag during
smeltinG by the usual and experimental practices for
steel 4OKti is given in Fig 1 and 2 respectively, the
comparison of mechanical properties of metal produced
by the usual and experimental practices -- table 2.
Mean duration of the individual smelting periods and
whole heats -- table 3.- It --*,s conc-luded that the
experiiaental teahnology of smelting electric structural
steels can be used with advantage. Vae investigation of
the metal produced by the experimental technology
indicated that it is of satisfactory quality which was
confirmed by a considerable decrease in the proportion
of out of grade steel (from 0.872 to 0.186P/~o). The mean
duration of a heat is decreased by 1 hour which under
operating condit, ions of the meltin- shop on the work
0
Cai\! 2/3 increased the productivity of a furnace by 14c,~o' and

~~7OV/133-59-4-10/32
In-~ensification of Smelting Structural Electric Steel
decreases the specific power consumption by 80 kwhr/ton of
steel. There are 2 figures, 3 tables and 11 references
of which 9 are Soviet . 1 German and 1 American.
ASSOCIAMON: Sibirskiy Metallurgicheskiy Institut i Kuznetskiy
I-JetallurgichesIdy Kombinat (Siberian lvretallurgical
Institute and the Kuznetsk bietallurgical Combine)
Card 3/3

BOLDYRIV, A.K., (deceased); GRIMDVA. M.K.; KUZ ININK. L.B.; ALYAVDIN, Y.F.
I . ..........
Crymtallographic tableu for fluding the rutio of two whole
=ambers in decimals. Kristallograftia no.4:196-229 '55. (MMA 165)
(Crystallograpby)

STUIODV, N.N.; SHAMNOVSKIY, I.I.; MOKIYXVSXIY, V.A.; POPOV, G.M.; '311%0-
TIN. A.G.; NIKOIAYXY, V.A.,- ANSHNLiS. O.K.: GRIGORIYET, D.P;;
YXROYATJCV. B.N.; TATAMIY, Y.B.; SOLOVIYHV, S.F.; NIKITIN, V.D.;
RaWKO, S.A.; DUBININA, V.R.; ALY~PIN, V.F.; VIADIMIROV, B.N.;
KAZITSYN, Y~J.j 7WlK-KM9UTSXIY. VOA'.'- 'KALININ, A.I.; BALA-
SHOVA, M.N.; SALIDAU. R.P.; DOLITO-DOBROVOLISKAYA, G.M.; LAY-
RUT I TBV, M. 7.
Viktor Ivanovich MIXhawy. Zap. Vass. u4n. ob-va 86 no.2:317-320
157. (Mm 10:6)
(Mikheev, Viktor Ivanovich, 1912-1956)

ALYAVDINI V.T.
Reference books on mineralogTo Zap, vase* min., ob-va 68 no,5:609-611
159, (MIRA 13t2)
(mineralogy)

s/o8l/62/000/011/012/057
EIII/E152
AUTHOR: .-,Alyavdin
TITLE: Material on the genetic classification of endogenous
tungsten ore bodies of the North-Ea-st of the USSR
PERIODICAL: Referativnyy zhurnal, Khimiya,.no.:Ll, 1962, 1o8,
abstract 11 G 13. (Byul. Vses. n.-i. gool. in-ta,
no. 3, 1961, 42-53).
TEXT: The connection has boon examined of the endogenous
deposits with magmatic complexes and a survey has been made of
existing classifications of W-ore bodies. On the territory of
the Nor th-East metaltogenetic province, W, toget.,her with AU and
Sn, is the most characteristic metal of the la'.- mesozoic
period of ore formation, and is known in many ore-bodies, some
being on a considerable scale. Six types of W-ore bodies are
known: 1) pegmatite bodies and lenses; 2) sko-n deposits;
3) greisen bodies of the stockwork typo; 4) l.-early extended
zones Qf greisen (along veins and without visible connection with
them); 5) veins and.vein-like oro bodies; and
Card 1/2

Material on the genetic ... S/o8l/62/000/011/012/057
Elll/E152
6) mineralized zones of crushing in sedimentary and igneous rocks.
In the proposed genetic classification two ore formation.% tire
distinguished: quartz,-with wolframite-quartz and scheelite-
quartz mineralogical types; and iron-silicate, with wolframite-
tourmaline and wolframite-chlorite types. Within the type
ranges mineralogical sub-types have been distinguished with
respect to a wider paragonesis allowing for the quantitative
relations of-the minerals.
';Abstractor's note; Complete translation.
Card 2/2

Aky-AMT-Nj -V-F-
Goniomotrio determinator of the orthorhombic oystem of minerals,
Kin. el=. no.15W-57 161* (KM 15 -.6)
1. Vsoooyuvx4y nauohno-iosledovatellskiy geologichoshy
inatitut, Leningrad. (crystallography)

ALYAVDIN. V.F.
Greisens and greisenized rocks of the Alaskite deposit of wolframite.
Trudy -ISEGEI 60:159-179 161. (KM 15:3)
(El'ga Valley--Greisen)

ABDULLAYEW, Kh.H.LALYAVDIN, V.F-' XqIRASLANOV, A.A.; ANIKEYEV, N.P.;
ARAJWj YU.A.; G.P.; JELYATEVSKIY, N,A.; BOK.TY, G.P.;
BORODAYEVSKAYA) M.B.; GOVOROV, I.N.; GODIEVSKlY, M.N.; SHCHEGLOV, A.D.;
SHAKHOVI F.N.; SHILO, N.A.; YAPWOLYUK, V.A.; DRABKIN, I.Ye.;
YEROFUEV,, B.N.; YERSHCV, A.D.; IVANKIN, P.F.,- ITSIKSON., MJ,;
KARPOVA, Ye.D..; KASHIN, S.A.; KASHKAY, M.A.; KORZHINSKIY,, DsS.;
KOSOV, B.M.; KOTLYARp V.N*. KREYTERY V.M.; KUZNWSOV, V.A.,- LUGOV,
S.F.; NAGAKIYAN, I.Go; MATLIKOV, H.P.; OMNTSOV, H.M.; PAVLOV, YesS.;
SATPAYEV., K.I.; SMIRNOV, V.I.; SOBOLEV, V.S.; SOKOLOV, G.A.; STRAKHOV,
N.M,; TATARINOV) I*M,; KHRUSHCHOV, N.Aq TSAREGRADSKIY, V.A.;
CRUKOOVIF.V.
In memory of Oleg Dmitrievich lAvitakii; obiturary. Sov.geol. /+
h0-5;156-158 MY 161- (MIRA 14:6)
(Levitakii, Oleg Dmitrievich,, 1909-1961)

ALYAVDIN, V.F.; ALYAVDINA, Ye.S.
Alkaline feldspars of igneous rocks and hydrothermal veins
of the Chagydan deposit (Kolyma Basin). Zap. Voes min.ob-va
90 no.2:193-206 161. (hRA 14:0)
(Kolyma Val-ley-Feldspar)

VASILIYEVA, L.P.1 VITOSIIINSXAYA, M.I.; GRIOORIYEVAt L.N.;
OODLEVSXIYj M.N.; ZHMWINAl X.M,; ZHEZEZXOVAt V-11.; XISEMAs A.H.,
KOZYRL?VAl Yu.A.1 KULIKOV, V,.V.1 PAFMOOLITS, X.N,l POLIVOY, BsPol
SOLOVIYEVO S*P.1 STULOV, N.N.; SHAFRANOVSKIY, I.I.
In me-mory of A,V.Nemilovoi. ZAp.Vses.mln.ob-va 90 no.6t?56-?37
,61. (MM 15t2)
(Nemiloval Aleksandra Vasillevna, 1892-1961)

~4aAVDIN, Vladimir Fedorovich; SINYRYAYEV, Yu.T.p r(xI. izd-vaj BYKOVA,
t 6 1 a i i-T.
[14ad and zinc, how to search for them in thefieldlSvinets i
tainks kak ikh iskat' v prirode. Izd.2.p ispr. roskvap Gos-
geoltekhizdatp 1962. 38 p. (MIRA 15:11)
(Lead ores) (zinc ores)

ALYAVDINIP V.F
Mineralogioal studies of tho Chagydan tungsten deposit.
Zap.Vses,min,ob-va 92 no.2:158-174 162. (HIRA 15:6)
(Nizhniy Seimohan region,-44ineralogy)

UNKSOVP V.A.; BOROVIKOV, P.P.; RUNDKVIST, D.V.; PAVLOVA, I.G.;
.4YA-UI,N V.F.; VOLOSTNYKH, G.T.; ROZINOV, M.I.1 SHGHEGLOV, A.D.;
IVANOVA, A.A.; KORMILITSYN, V.S.; SHCHEGLOV, A.D.; ARTEMOV, V.R.;
RYTSK, Yu.Ye.; GINZBURG, A.I.; DORTMAN, N.B.; TOPORETS, S.A.;
TRUNINA, V.Ya.; YAKOVLEV, ~.K.~I BOGDANOVA, L.A.; SARBEYEVA, L.M.
Problems of the geolog and characteristics of the distribution
of mineral depositc. fTrudy) VSEGEI 92:53-89 163. (MIRA 17s4)

A' YAVDINF V.F.
Alasxite massif of por-phyrylike granite in tne upper
Indigirka Valley. Trudy VSEGFI 98-,-12-52 lb3. (MIR-A. 17 ~ 5)
7'~

ALTAVDTN ktor geol.-
V.F.; BONSHTEDT-KUPUTSKAYA, E.M,; GODLEVSKIY, M.N., do
mineral.nauk; KOMKOV# A.I.; KUKHARRNKO A.A.. Prof.; SALIDAIJ, E.P.;
SMOLIYANINOVA, N.N.1 BORNEMAN-STAFUWMV1CT1-,' I.D.; TATARSKIY, V.B.,
prof,; FRANK-KAMENETSKIY, V.A.
From the Commission on New Minerals of the Minerological
Society of the U.S.S.R. Zap.Vaes.min.ob-va 94 no.5t555-
565 165- (MIRA 18111)
1. Komissiya po novym mineralam Vseaoyuznogo mineralogicheakogo
obshchestva. 2. Predeedatell Komissii po novym mineralam
Vsesoyuznogo mineralogi3heskogo obshchestva (for Frank-
Kamenetakiy). 3. Zameatitell predsedatoelya Komissii po novym
mineralam Vaeoovuznogo mineralogicheskogo obshchestva (for
Bonshtedt-Kupletskaya). 4. Sekretarl Komisaii po novym
mineralam Vaesoyuznogo mineralogichookogo obshchestva (for
Salldau).

A 8 L it IN I It B if )4 A 1, J7 n
L
1 6
A
X h r 6 it
A
A
1

0. -
.
,
_
_
.
AA 84 It
'v
.
. '~' .
.
of a - r
. __
, iv
I
I so
1 .
.
i L71 V L) I I
I

lumbluface In Cortain Classes of lumbotsout
00 4ALO.Cf. CIII'much. ze'SIO.MD). V. X.

t V. allot V. L. Uvv,Ihill~ C"M14.
troij. oil ad, J, i. 1 23. lim- lot 111:19);N1 FISKII-JI).
f F&I-ts. latir vartirtl tout with the jiurjft~ .4 drig. lilt.

00 'Imilm. of luillinclavocT dvorAv in milmAINTS as yet IUII
itivrmigaird. Chromium toluiniiiatco, iditowed [lie ptqxv-- _Oo
so it. be 11"114144" tile 4-two-ft .4 dpray licilig fig.-r(XI4Y vit. :

the clients dufatim III
00 j cloill kc. 11tv lainellar Ish."I'llms Osidilml Irmil Oll

00 litul N1111.11 Saw 4 foroad IMI-01 (0411-7:bl 1110.
11ratitis ots-A Itmild to Anvel ON, vivId 44 ImW , AITN't,
coo
* 0 which wjv~ I Alt O.M. 0." i2alml PAL'Al 20,112. P2 -TA 1.14
00 11141, The deray CUIIT wax fIvulid It)SAWY the r%joritrullAl
IAW aud 4) was found indqwndent cd tilt %I Wl, ct-ult it,
I'he dcray promm in the villtmites was fousid to bor tinior
1 miplex. slid Is borhe"A to "waist of at kall 2 pirkictom.: roe
00 a h4vo( eklon"Milod jwv~v~ with a "Iran duration tof tilt, 0
.441.1 Id It (11 lirv.. 4N.1 4 p4dolipil liviWit"41., jull, rsq 11 lilt
Alt 11"Irii W $1.10V " , '.1 111VINNIturiv ri,144 %Inm ]bm
J
t Zee
.,,
I
A IVW Ill 14#1110. 114113404 tilt INIIIN' 14 1, IN ON- OW 400
*0 Irngthy ptillf-IM kind Ill M141111 4444, 1#146SIA11V INhAWtS
** tile Illit-n-Ity 14 (NNN 1 10*

00
'Oo
"t"It"t "0o

-*
1
0
.:
0
0
v,
lea S .1
lot
t;
' n I
~
I'
I
we
,
11
0
0 0

ALYAVDIN, V. N-
"A Study of Decay of Certain Classes of Luminescent Substances," Iz. 2h Ak.
Nauk SS~R, Ser. Fiz-) Vol. 4) No. 11 1940-
The P. N. Lebedev Physical Institute of the Academy of Sciences of the USSR,
Moscow.

00 00
Opof
o0
00.0
fe It
00 a
0
:0 1
oft a
so a
oe &
00
0
V, I A A 4' A A Is V t".1 a
II . .
PAQ0121,11 _014
e,-4
OeAft 14f PWdMA.4$Mnj dWWJ is tow aillis.
Goladvol. V"J"s. lait, Pf'"Wf- I .
xalwe" TSOMOd. . -
"Giprarm"fal" No. a. " Dining
grLaft in W M& the A The
Coutfol dem dinualsbas ==iou of griah"I In
O"Wrtlame with: log y w Im A - kill where A is the
Iw(tvatage tif rtmug at the 14ginnins of gdr4as and y
the peorrute of feddue Uter tim I., k and v ate cunsts,
dePumUv4 the canditious of grindlux. The ivaWto ob-
taitted agm with than Otalned cxFwrimentally. As the
grinditig pnxvm In each chumber W a muld-chambef tube
mid is swatially the same as The grinding prwtss in each
chamber of the ckwd bal,i mdl. the ftive reblim exists itie
Tbtwiputolthemill.the
thefincuma(srivA th
rdatod W y - ka A - WL" &rA We y U-SluxsIvA us
kot-, wbret .1 &ad y aue as abo%v L is jh~
MID QUIPute OF 111--nefgY Orquired per invoric ton alground
malt-rial. and k and ra art canits. at lot l(ar, Aweirsof
captesslous Is darived Irma Whith The most sultaWe condi.
IWill L4 MID Wuesing can be dctd. A clation exist, lor.
'Wrrn the grautdomrivilc compta. (G) of the cround ma.
letial and the vandidong d grinding. An impecuoun h.,
1WTn Obtained relating G isilh the particle Aim. And durs.
114T ?f arrindins. B.C.P.A.
6 Ij - I L A &RULLMICAL UTISATIONS CLAMPICATICa
-09
.00
voo
ANO 0
a**
too
400
so*
400
00
Aq
'00
do*
pool
~vjla u a if v 441; t ad
0 0 0 a 0 0 0 0 0 0 0 0 0 010 0 0 0 0 & * 0 0 & 0 0 0 0 4
0 0 0 0-00 & 0 o 0 9 0 0 * 4) 0 0 0 0 0 0 4 00 0 6 0 0 4 00 0 00000

f
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Oita
999ow o 0
a all U13 Mill all spe4loguo
is 11 U 4 a
11-Lo' I ; I I 1 12 V u " Y -A-A
ome