SCIENTIFIC ABSTRACT PIYGLI, E. I. - PIZENGOLTS, M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001341120013-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

BOROVSKI Y, V.R. , kand.tekhn.nauk; Plv.'-PVSKIY, I.M. , 1rzh.; VY-~. --'-! ~. I - .
Inzh.
Conversion of Lypsun, plaster Ariers to an -.. 3'. - .
3trol. mat. i no.QI26-23 Ag 'u;. I ~ - -
( -ri-i ng aF- az- ci * -.s
(G.rpsum pro!ucts-ir. -71, .

MEDNIKOV, V.M.; PIYEVSKn,
Unit for a hydraulic cleaning of castings. Mashinostroitell
no.2:18-19 F 162. (MIRA 15.2)
(Founding-Equipment and supplies)

PDZLI~I E.I.Y inzh. (g. Aabest)
Concerning E.V.MLkmLrov's article, ILALying watar pipelines thro;zi;b
a peat bog without using p:Llea*. Vod.i Ban.t*kh. no.4:33 Ap I&'
(MIRA 1-5:81,
(Aqueducts) (PLIAng (Civil engineering)) (Makarov, E.V.)

PIYK, E. [Plik, E.)j ROCKS, 1.
Tntroducing the "Tei zen" water rs-f 1.,ixi ng I ar ,3epnrR~rr :P,,t , e 1 , - r ~e ~
' he I A- ri, , ( ', i .",hfi I e Pr -), e s,i. rw '. IML I
Genorq~ing i n of Ir.P Iri YOW a
Jarve. Khlm. i ~ekh.-Yor,!,11Rn. I r --,)d. 1 peror. n . /. I ~. - ~ '
114: *, A . 1 .

YEFIWV, V.M. j LILLE, N. fUlle, .1. 1. PIYK, E. ',Piik, E. i; 7UP, X. ' T''i:, , M. 'I
MUID, A.
Results of thp heqt ~r~*atmqmW of Estonian shales in a .1mal: 'P-* ZR~ct
generator. Khim. I +Pkh.,r-)r.slan. i nrod. ikh pprer.
I14TRA 1-i))

J!JY EA. IP:-,, F,I, V.M.; TTJLP, M.Yu. IT-ulp, M.)
~0_ -- I I
T&r re,:ovr!ry the vapor-omie mixture in the condensation
sectlors of gas rrodwnir shGpD. ftim. i tekh. gor. slan. i
prod. ikh perer nc.!-,."Oi;-119 164.. (N2RA 18s9)

PIYKO E.E. [Piik, E.); RAPPU, L.I.
Distribution of vater-soluble phenols in the fractions of
condensing tar. Khim. i tekh. gor. slan. I prod. ikh perer
no.13t2O4-212 164. (KRA 18:9)

?111a i.l. il-.1, F.
Inv#-*t1ga*Ang the m0ch"rIc"I contaminants or shikle tars. Kh!m. I
takh. Rnr. elan . i prvd. Ikh perer. nn. 111 1811-1~r 162.
(MIRA 17:3)

2 t 2
jo 0 D206/:73~_4
AUTHORS: -~azarevq V. G. 9 and P4-y: NZ~ EC CW
I v
TITLE: A method of synthesizing switchJng circuits
PERIODICAL: Avtomatika i telemekhanika, v. 22, no. 9, JP61,
1194 - 1201
TEXT: In the present article, the elements of feedback (-OC-BOS)
a.re considered which produce at the output voltage signals. Cord.1-
tions when they have to be used are analyzed and their minimu=
number eva-luated for a given set of conditions, and finally a me-
thod of synthesizing switching circuits is proposed for the case
when feedback elements are used which react to the signals result-
ing from any transition of the combination of input into any of
the output (_:~OC-E - BOS-B') feedback elements of B type. In this
case the feedback-elements can be switched-in indeDendentiy of
their previous state by signals resulting fr.-r. a transp-s't4on of
signals not met before. Let. the sw_".ch_~rg be given by ?-'g.'--a
Card 1/5

S/10 bi/022/009/000/0'L4
A method of synthesizing ... D206YD304
the following notation: xi - input signals; zI - output signals;
- - signal present at main input; - - signal present at the sub-
sidiary input x at the output. Since the output signals result
from transitions of certain input conditions into other signals, a
definition of these transitions is needed. They are described by
voltagepuiee formulae introluced by A.D. Talantsev (Ref. 6: Ob
analize i sinteze nekotorykh elektricheskikh skfiem pri pomoshchi
spetsiyalInykh logicheskikh operatorov (knaly~is and Synthes4s of
Certain Electric Circuits by Special Logic Operators), Avtomatika
i telemekhanika, v. %X, No. 7, 1959) which include 'and' 'or'
'nor' and a transformation circuits. Transitions exist from the
'on' state of input signal into 'zero' and v`ce versa: d x(t) = I
- transition from 'one' to 'zero' state, di(t) = 1 - from zero tc
one when dx(t) = 0 and di(t) = 0 - no transition exists. The sig-
nals from main outputs have a voltage character and are described
by 1-11- - __ -
X, X3 X, X, V X, XI X31 X4 !,I V, X1 X1 14 X AX1 J3 t, Ts V
XIT, Tj T, 7,
V X1 X2 J 3 X4 I-a V XI T. 7r, _T,
XI X, f, XA.T51
Card 2/5

1 .1
SI , C' '6 2c' 009/ 00~
A me'h':! D206 D-A~4~'
parame*.er r. g -, rt'. e a je signals for swit,(hing th,: EOS-B
ts may be ;1-4 '.rel ry b o ' ean fun:tionti if fanct:nn F
found qu-.,h ha. Y aF e if a Voltage fun-tion F eyis*-,3. wnc8e
d . fferen*ia~ing produ:es tne required pu.se signal The r A i be -
comes ~ha~ shown in Fig 7 in whi2h a-L! signa.s. but y. ar,- v- tago
9 igma: s The pro-ese ., I j,~ te rmi n i ri~ f unc *. , on F s - a . e j n e -
gral:np )f a vc,.~age r u : 5e from y Ref 6. ()1,. , ?,.in n F
- iin te, )t-a,.nl .-; fr:)m operi'ing n -I n :3
Fun-'~ --r. F, -9 g-.--en Y
x x x x x x XIX X-
4
A M :i v n h s, s am -j 9 m -i n
9 0Z a .n, -W. n r.4 may c- e. n A n
me 'In i -sn I E, n n c e . p me n s Tn- ies pr
:i r e
i r. js ng 1- . -m-, n s r ~ia as fo '' owe. A I ~I ~ , - r; n
ar, - nn, r ~- q -i . r a ) re a. '. z :ng .tie g.-en ) n d . pe -
-a' . in w~.gr.-.v ~np,- s . gna . a , i- p a y n v ana

S 0~4_' Oc- '06 (~.l
A method of eynthes:z_ng 1)2061D~04
~onditiona. number se.-.ions of output s:gna.s z are r'.a.nAJ.
3' This de*ermines 'the abs.,.ute',y ne~!essary numters for ''_n:' _Dn
:n genera. two fcrmi of F ma.v te -o-zaine'l. r
fore ea-h fDrm Df ? o:,.n F an! z fun7-.ions are js.ng
'.he conl'.-.ona. numotra. ani .ne -ircu*.t is tu,,t u8ing anq or
c,r nor elements. 1, is stated in -on-,usion that the ,,r ;,-. as
shown in Fig. I is no, a.ways possib,e -o rea_i?e$ sin:t '3- gome
v:)1*age-pu.se forms, no! one but many P fin-tions -an be f-~und
whose lifferentia. .9 v Thf-a arp ' figires. ani *~- referen.eB:
o- an,, -1 n1^r_So,.:--b.c- The referenee -.-) -.h- Eng-
-'Qh-.'ang,.Aag,? publica~:ons read as f~~..-:)ws. V K-)B',,?r, A F
R,.*.-h,.-. S W, Waschburn. The design of sw,-*,-hing N Y
Van Nostrand. 19".. D.A Huffman. The synthesi,.a Df 9equpn-ia.
switch.ng -ir:u-~ts journa. of the Franklin Inst , v 2'-, no 3.
A ' 9 Qj 4
SUBMITTED; Pecruarv .4. .96-
Car,i A -

25""7 - 3 /oc-6,'025
S/02 61/139/0~
0 0 & Ot 3 B104%201
AUTHORSi Laz&rev, V. G., and Piyl', Ye. I.
TITLE: Integrating of potential-pulse shapes
PERIODICALs Jkkademiya nauk SSSR. Doklady, v. 139, no. 3, 1961, ',56 - 11;19
TEM A description is offered of algebraic methods of integrating
potential-pulse shapes, which permit the circuit diagram of the electronic
device@ concerned to be simplified appreciably. The potential-pulse
shapes can be represented as disjunction g of conjunctions of the form
xPil x P12 ... xPin dx Pin Y 0).
2 n n
H:r:, p,,; 0, 1; x Pi x P V i I g4n2 n . These conjunctions are
i i i
d s gna as unconditional 1fiY - 1 is satisfied. If Y - 0 they are
called forbidden conjunctionn. Such for which Y is.undefined are
designated as conditional conjunctions. Taking account of the latter
enables one to simplify the electronics in a number of cases. The
Card 1/4

2 ~ 707
S/020/61/139/003/006/'025
Integrating of ... B104/B201
integration method described here proves the most effective in cases, whexv
a large number of conditional conjunctions appear. A potential-pulse shape
is said to be integrable if it is possible to indicate a Boolean function
F(X19 ... xn) such that dF - Y '21' F, 'like any Boolean function, :an
be defined by a great number of constituents, by which F asauz*B tte
value 1. They are called unconditional constituents. Such as assign
F the value 0 are termed forbidden constituents, and ouch in which F is
not defined are designated as conditional constituents. Con:unction
at xpil x pin is an unconditional onstituent of function F, and
il -- i n
conjunction OL Pi 1 ....xPir ... x pin is a forbidden conjunction.
i - xi1 1 1
Both constituents are designated as a pair of constituents and denoted by
A " Each of the conjunctions of an integrable potential-pulse
i (CLi
Card 2/4

L"') 7 0 7
S 1, 0 2 0/ 6 13 9 /0 0 3 / 0 0 6,,'0 2
Integrating of ... B104/B201
shape defines a pair of constituents for the function F. The potential-
pulse shape is defined as a system of constituent pairs, which is denoted
by [Y) - [A,,, ... I it, J. The totality of forbidden conjunctions defines
a system of sets cf constituents, which may be represented in the form
JYJ B B The system (YJ - JA A B B
j, l' - -.1 is I. in' ~h
is defined as a general system of pairs and sets. If, in this general
system, one of the unconditional constituents does not appear among the
forbidden ones, titis system is said to be coordinate. Otherwise, this
general system can oe divided into coordinate subsystems. and the general
system will be partially coordinate. To each of these subsystems there
corresponds a function Fi. A potential-pulse shape (1) is designated as
m
being partially intefzrabAe if V dFJ . YN. If no function F can be
i.1
found to satisfy (2)' or (5), this potentlal-pulae shape will be not
Integrable. The following thooremo at-o rormulatedi Theorem It A
potential-pulse shape Is Integrable If a coordinate general system of
Card 3,4

Integrating of-,
25 707
S/020/61/139/0031/006/025
B104/B201
pairs and sets of constituents corresponds to it. Theorem 21 A
potential-pulse shape is partially integrable if a partially coordinate
genera! system of pairs and sets of constituents corresponds to it.
Theorem 3z A potential-pulse shape is not integrable if an absolutely
noncoo--dinate general system of pairs and sets of constituents corre8-
ponds to it. Two examples are finally discussed. It is assumed in them
that, if no forbidden conjunctions appear, all the others are conditional
conjunctions, with the exception of those defining the potential-pulse
shape. In this case there is no system of sets of constituents, and the
general system of pairs and sets Will agree with the system of pairs of
constituents. A. D. Talantsev is mentioned. M. L. Tsetlin is thanked
for interest displayed and advice given. There are 3 Soviet-bloc
references.
PRESENTED: Flebz-aary 21, 1 gril , by B~ N . Petrov, Academician
SUBMITTED: f-)ebruary _". 1961
Card 4/4

LWWV, V. G. and PIYL, Ye. I.
"Heduction of member of internal states in certain classes of finite automate"
report submitted for the Intl. Symposium an Relay Systems and Flnite Automata Theory
(IFAC), Moscow, 24 Sep-2 Oct 1962.

LAZAF-'~'/, V.G. (Moekva); PIILI, le.l. (Mookva)
Metkiod for obtaining a complex algorithm b.( joining, sIrr.F.IP qI-
gorithms. Izv. Ali SJSR. Otd. tekti. nauk. Fnerg. I avtorn. nf.4:
My-je '61 ( IC R,, I - -. -
'(~Firhlne t.rFinslatin,:) ' I nfrrm-i ' I - n I r,- ri i

IAZ4REV. V.G. (Moskva); PIILI, Ye.I. (Moskva)
Certain classes of fiaite automaLa. Zhur.vych.mat.i aa,..fiz.
2 no.4&695-702 Jl-Ag 162. ("-tL-uA I ,, : F )
(Automation)

36908
5/02 62/143/005/004/016
B 104ya 102
AUTHURS& Lazarov, V. G., and Piyll, Ye. 1.
TITLEs Reduction of the number of states of one class of finite
automatons
PLUOLICALt Ikademiya nauk SZ.5R. Doklady, v. 143, no. 5, 1962, io64-1o66
Tz.XTj Autozatons described by
(P + id, ~- (P -.F., d; Q 'p- 1-7: (P - 1
L
X(P) [Q (p (P L'I
are invebtigated. -r,(p) is the inner state of the autcaaLon, %(p) is the
output state, Q(p) is the input state, p is the time interval corresponding
to the period T of an automaton cycle, d is a transition operator
describing the variation in state of the automaton, d~,(p-l)j denotes the
variation in state of the automaton during its transition from cycle.
p-1 to cycle p. The description of the operation of an asynchronous
automaton by means of a trancition matrix is studied (D. D. Aufenkamp,
Card 6)

40133
an!
T.7

- - - 7 , , - - . - -
. . - . ` - ~ I s .., r. - - ~ - ; , , - , n . , . . . .- . . .
-I -- : 7 , ,

A rl rl

ACCESSION KRt AT4000642 8/294S/63/000/OIS/0023/003S
AUTHORSs Lazarev, V. G-i ftyl', Ye. 1.
TITLZs Methods for construction of a programmed control block in
a control system
SOURCEs AN SSSR. Institut problem peredachi informataii. Problemy*
peredachi informataii, no. 15, 1963. Sisteny* rasprodeloniya in-
formataii. Opoznaniye obrazov, 23-35
TOPIC TAQSs programmed control block, control block construction,
control system, block asynchronous operation, block synchronous
operation, finite automatic system, functional block, algorithm
logic circuit, Mealy automaton, mur automaton# asynchronous operation
mcd-, synchronous operation mode. coding control. sequential logic
network
ADSTRACTs Methods are mn-sidered for the construction of a program
[cwd 1/3

ACCUSION NR: AT4008642
control block, which determine* the sequence with which functional
blocks of an information distribution system are to operate in order
to service the incoming calls in accordance with a specified al-
goritbo, The program control block issues control signals which
initiate operation of the functional block. At the end of the opera-
tion, the functional block generates a signal fed back to the program
control unit, following which the latter can issue the next control
signal. The Lyapunov algorithm logic circuit (Problemy kibernetiki,
No. 1, Fizmatgiz, 1958) is used to describe the sequence of the pro-
gram control block signals. The case of realization of a single al-
gorithm and of several algorithms whose sequence depends on various
parameters is considered in detail. Realization of the program con-
trol block by means of both Neely and Hoore automata is discussed.
It it shown that synchronous and asynchronous operating modes of the
programmed control block are approximately equivalent with respect to
the number of elements nocoseary to synthesis* the systm. The asyn-
chronous operating wift has the advantage that it permits mor* of-
Cmd. 2/3

ACCESSION NR: AT4008642
fective utilization of the operating speed of the control block, but
My cause some complications in the functional blocks, owing to the
need of generating signals that indicate the termination of their
operation. Consequently, the choice of the program control block
used for a specific automatic system depends primarily on the con-
crete operating conditions of the control block. Orig. art. hast 5
figures, 16 formula*, and 8 tables.
ASSOCIATIONs Institut problem peredachi informateii. AN SSSR (Insti-
tute of Information Transmission Problem AN SSSR)
SUBRITTZDt 00 DATE ACQt 23Jan64 ENCLi 00
BUD ODDSt MAD NO REF SOVt 005 OTHERs 003
Cod 3/3

S/103Z63/024/002/017/020, P
Dmmoe
AUTHORS Lazarevm V.G. and PiV_l_# . -Yo, 1. (14oscow)
TITLE: Simplification of pulse-potential fonts
PERIODICAL: Avtomatika i telemakhanikat v. 249 no. 2, 1963,
271-276
TEXT: The authors describe a obspliffoation of pulee-pot-
ential forms by separating comon factors from adjacent homogenswus
_conjunctions. The simplification is carried out ILU two stages: in
the first stage the simplifications ar based on the use of absolute-
ly homogeneous conjunctions, leading to the elimination of variables
and in the second stage they are related to introduce the D-operstor.
SUIDSITTED: January 4, 1962
r ird 1/1

~7
%A
5-8 2043/44-/
th
U
Y., Va
c r0
to
I W-1
itiverte
r
yu ch
rot
04cr
ILI
r
deti6ra
Alt
etb
StAt
th r b
U n~be 8
I- a UP-
t
v6, ulfill the
2);:
sb6 , t. the 1.
:lkw ~s 1,08sibli. ncppis .)fa
MAl ep
f c0
Proper e.8 -Int arej 7h
on IV
is
t ~Z'Q the ~set-of
roduced
thli d Do Interaal atatij,
8.* oes 0. Pointed
t out that.1f
2*311: that la tbare. 1i
c
wt
POSSIbla+tO
44-

lam I
.7 J4
AT
_-Nei IMOITIITXM
-p-M-- -M
1w.
actlic: (states "Ouictromrkh
mvto
~Ap
-inni
Ate O"Wi7a) a Ov7ii -i964-s: -vs
0611V
doles ImintW. llsgp~tlsibls editort To. V Muibiq'iditor,
-2& 34 V*2k*mt'T*cb64csv ed1tor L.",-A, Trlxbl*)?~~
Owftul~ Lt~ Aic do cIrmtJt-- trifi~ 01M -Qjjr=
v4U air=" j it
9 it
7.A
4 10 IpQt4mtIAI-fQhOtIIw~: B6614" no cc, ---- --
~Ih
Aid .fw te, Ii in
itide. p.
-C& Via f UV~ vtiictu%*.-6f
Absell
'ark
won,
art votential...P11001; ''lm
tr Z
ki

Pool,
7~7'

ti

77- 7, 71 F~ 7T17__ 7" 777.i_~~-~. ------- --- ----
beta"
~
rb
'
:
4~
j6
114

imi
6
.
,
.

A
zr
T
)iF
.
1, ly,
jt.

7, 3
iX

Vw,

65-
L SSL52-
-

- ----- -032
:

1.
~P.
-
Z:

Ply , j Yt* . , . . . ,
. r
. on. . . : . . "...

ACCESSION NR: AT4042437 S/OOOO/64/OOO/W!/OO5q/O06,6
AUTHOR: ZenchenKo, V. P,; Iazarev, V. 0,; Piyl', Ye. I.
TITLE: Synthesis of pneumatic systems with track control using transition
operations
SOURCE: Vsesoyuznoye -soveshchaniVe po pnevmo-gidravlicheskoy avtomatike. 5th,
Leningrad, 1962. Pnevmo- I gidroavtomatika (Pneumatic and hydraulic control);
materlaly* soveshchanlya, Mosco%4, lzd-vo Nauka, 1964, 59-66
TOPIC TAGS: automation. autoniat ;c control system, pneumatic control system,
track control, transition operation, cyclogram, control system design
ABSTRACT: ir an earlier paper oy the first autl)or (V. P. Zenchenko. Strukturry-y
metod pos r royen i y a pnevmat i c he s ~, i6P si,~tem s p~;tevy-m kontrolem. Stanki i instru-
ment, 1962. No. 4), a metriod wa! propo-se(i 'or tte synthesis of pneumatic systerns
with track control based on devi:es which reai,zed the operation5 AND, OR, NOT,-
and MEMORY, and which a lowed ore to obtal-n dynamically stable systems. in the
present paper, the authors start.with a discussion of the transition operations.
The cyclograms of a machine for crimping covers and of a loading device are Il-
lustrated by way of example. They then show how to eliminate the colnoldence
-n9 the stages and how to simplify the pulse-potential forms. Using the method
q,r.d__ 1/2 1 ___ - - ___ -

UR 028Q 1660100210058100 -
ACCZWOM, MR: APSO 11876 AS 65.
(m0 a C04,
I y j*
. "KIN
~ft i~W _7A
!PI , 4 iti,_."Siihzi~iliI -gut
A,
17
lave SHY Ti ernei"t'i xio~*21963 58-65
'URCE. &i
t thod, for4smilining tht
-ia* t tes for -alinits-"asynchronous aut, mat Bu,
rn :-$a 0 On-in ch ig way that non-
e
sible, Conte a a -a bided and _tlii~-scherne oithe
t mong- starage unito ara-prec
OgfIC`_i_1'jC_ O-Avirts Z.7. 19- shxipw~s d, Fo* Me: case, of - Pair d"Itiois (divfiions)~ The
part
ntal-input-Wowde, k - T=Aamentsl output signits, sAd s feedback
Jai --The-authar's--ruethod-,canbe-utiUsedln--,---
si ~-4)7muipu ---,OrIgvALrU-hIS
13 formid", and
-ram

0
P$
A
10NART. -
.
Ess
dsodAilpw

paw
.
-3 ~k

--z
-7
f,7 T7
-

A C C '- P, A P6 0 O"o .5 34
A:11'kOit: Ptyll, Ye. 1.
non"
'011F: VR 0400 002 ,07; 'f)()86
E: I Irub;v ny 1wre,ifti it in I urumt,;v
Tul"It., TAGS: fl-Lilte auLt,umt w,
core
AIIS'l i~AC A ioethot] is rf,~' I
11,,Us IU-Ite uUton,fiLon wfth
6,180d Oil a p0jaential exptllm~-T, ..4
makes It poshl'ile not only 6) ,lmphf~ ". .I ; i'~ . ..v :, I, I
depttndence of RB vartiablos, ~,,a alw, 1 1. FI I oi~'? ~I, r1la. -W
Differoucen Ln thu opemLion of nutotit,%, t It f I J ~'l ."I I 'JA)
are noted. aB they pertain to the falst-
UPC~ f, 2 4), 17
ACC NR, A11'600753-4
diagrnms Rjc 6rlvf-n to Ljjutrat, t.~,,
projxmwt,1. OrIg. mrt. haij: :1 Lill 'If
SUB COI)V: w), SUPM
2/2 p)/

L 32166-66 EWT(1) GW
ACC NRz AP6010062 SOURCE CODE: UR/0387/66/000/003/0024/003i
;7 e,
AU71-HOR: Oblogina, T. I.. Pi V. B.
ORG: Geolog.ical Department. Moscow State UniversiV in. M. V. Lomonosov (Geologiches-
kiy fakul'tet , Moskovskiy gosudarstvennyy- un-iversItet-)
TITLE: Study of the kinematic properties of waves in nonuniform media
SOURCE: AN SSSR. Izvestiya. ritika Zemli, no. 3, 1966, 24-32
TOPIC TAGS: seismic wave, . propagation velocity, hodograph
ABSTRACT:,.,Palculations were made for the ray structure, fronts and hodographs of -i-
mic waves as a function of two coordinates for dimetric media having a variable propa-
gation velocity v(a,y). The velocity characteristics of the nonuniform media were ob-
tained as functions of the velocity and velocity gradient fields. Differential equa-
tions were related to these fields for calculation of the ray structure and a combined
graphical-analytical method was developed to solve the equations. For seismic waves
moving through media with a velocity
v(x,y) = v0 exp(k, ax-ctg x+ k2 arctg y),
scalar velocity fields and vector fields of the velocity gradients were given as a func-_
UDC: 550.834

L 32166--66
ACC NRi AP6010062
tion of x-y coordinates. Isochronic curves wre constructed for sections along which
the velocity varied linearly and these were plotted jointly with the hodographs. The
shapes of these curves were explained on the basis of the boundary conditions. The ve-
locity field and the velocity gradient field characterized the velocity distributions
in the media and their rate of increase of decrease in any arbitrary direction. The
trajectories of seismic rays in nonuniform media were described by second order differ-
ential equations with variable coefficients and the above semigraphical method of solu-
tion relied on a geometrical interpretation of these equations. Orig. art. has: 5
figures, 1 table. 16 formulas.
SUB CODE: 08/ SUBM DATE: IOMny65/ ORIG REF: 005

a tkn.
Ak. Naukp -,ovet no en.vi, r~! -,v -Y.
eriyn Famc-Ats1mvR, !!0.
I'osc aw-l,#-n 1 nrr-P. ~ , 19117
lAhmn, of 'congress' 4Er"18-",
T' w 'P 1 71 1 us trR t I or P, i nr! -i,-T~:
si n t~ , t ,s t,,-q - t I r, - - ~-j 1 9 1'
T'' vsl(-til Pin,! cer' -n' ~-scr n* -)n r t1-
' ed rrns
e. '.' t "I ' r T-+--rs

B*
ftU JImptimm of the Zuwhatka Volcanoes in 1944
B."I"t 18 pp
Olt Ak Usuk ~,, Ser GoologlO No 6
Alsommlan Is given at the volcanic pwlodialty
ad p4mIcal picture of the four larg*at volcanoes
or Mum3atkas Mjwbovokoy,, Mdv*louch) Aysais. and
TA 21T29

PITP. B.I.
Itinerary geological observations in southern Kamchatka.
Trudy Lab.vulk. se.3189-135 147. (XIaA Q12)
(Kamchatka--Volcanoes)

PITP.B.I. (Petropavlovsk-Kamchfttskiy)
The summit 8, 4 a recent eruption of Zhuptnavsk Sopka. Biul.Vulk.
eta. no.11:14, 147. (K6RA 8:11)
(Zhupanova Sooka)

3ruptions of Klyuchevs"ya Sepk& during 1944-1945. Hiul.Vulk.sts.
no.140-37 '48. (KLRit 9:12)
(tlyuchevskays Sopim)

- FIYIP, B. 1.
Now eruntive conditions of Shtveluch Sepia from the end of 1944
to Iby. 1945. and sow obeerwntions on the geological structure
of this volcano and its past oruptions. Blul.yulk.sta. ne.14:38-
51 148. (KULA 9: 12)
(Shivoluch Sopka)

P ITP. B. 1.
Stilts Of RCtive volcanoes of Kawhat)m from MV. 1943 to November,
1944. Biul.Vulk.stA. no-17.3-5 153. (KMA 8:11)
(Kanchatka-V olcanoes )

PITI-. B. 1.
Itruption of AynchinakayR Sopka in 1945. Biul.Vulk.sts. no.17:6-23
153. (VCUA B:11)
(AV-chinskays SopkA)

1"! 11 ,
PITPP B. I.; GORSHWOV, 0. 5.1 KVA~.oA, L. G.
"Alakaandr Nikolayev-ich Zavaritakiy," 11r. Labor, V-Llkanologli Ah
No 8, 5-17, 195L
An article im memory of kcademician A. N. Znvaritskiy (168L-1953),
outstanding Soviet scientist; specialiRt in the field of petrography,
Ydneral. deposits, vuleanology, general geology, and tectonics; and author
of more than 220 works,

PITP, B. 1.
truption of tho Bylinkinn cone. Biul.Vullr.sta. no.20:49,51 '54.
(Klyuchovskaya sopkn) (KW 8:11)

PIYP.B.I.; SV'TATIANSKIY.A.Ye.
truption of Krenitsyn Ponk during 1952 Mul.Vulk.stn. no.20:64-
68 '511. (MLRA 8:11)
(C)nekotpLn Island)

Pi Tp. B. 1.
Tolbachik Sopkft. Riul-Villk.stn. no.20:64c)-ni ~L. (Km~ R:11)
(Tolbachik Sopkot)

T
; f ;
P ITP, B. 1.
Stato of tho active volcanoes In northtrn gaachAtim from May. 1950
throue October, 1951. Blul.21:6-10 154. (KLRA 8:11)
(Iftachatka-Voleanoos)

P ZTP. B. I.
StMS Of the active volcanoes In northern lawhatica from lovember,
1951 throu6 October. 1952. Blul.Vulk.sta. no-21:11-13 '54.
(Kawhat ka--V olcanoom) (M.LRA 8: 11 )

PITP, B. 1.
Forsation of a now adventive cone, the 3oli&nkin (telographic
comw4nication) Blul.Vulk.sts. no.22:6-7 154. (KLRA 8:11)
(Klyuchevakaya Sopka)

FITP, Boris IvanovIch; TIODAYMS, V.I., rodaktor, MWTIYNV, X.M.,
- rommwur:-WAKM , To.T., tokhmichookly rndaktor.
[nyuchovskava lapin and Ito orWtIm during 1944-1945 and
In the p"4 Jaluchovskala.sopka I a* Invershealls, v 1941~
1945 gg. I w prombles. Nook-ia, Is4vve Akadenti aauk SSSR.
1956. 308 p.(Akadowita mauk 53M. Laboratorlia vulksmologil.
TMAY. no. 11) (KM WO
(11yuchovaimys, Sopka)

'ZIL7 - 7
Translation from: Referhtivnyy zriurnul, ~;eologlya, 19' Nr 31
p 63 (U33R)
AITTHOR: Plyp, B. I.
TITLE: Klyuchevskaya Sopka, Its Eruptions In
1944-4b and In t,ie Past (KlyucneVSK1jy1j sopku I yeye
izverzhenlya v 1944-1945 Fg. I v proshlom)
PERIODICAL: Tr. Labor. volkanologii tN 33SR, 1956, Nr 11, 31,~ r)p
ARSTR;.CT: In the first pbrt or the pbper the sathor presents the
essential IrrormatIon on the Klyuchevskaya Sopka group vol-
canoes: physic o-Feogrup hlc and.geoloFlc data unJ un
outline of trie geologic history of the volcanoes. In
the second part the data of past eruptions are cited and
Fzeneral conclusions are riven on the past activity of
all the volcanoes. The third part describes the erup-
tions of the K3.yuchevskaya Sopka volcanoes In 1944-45. The
volcanoes had become qui escent immediately bfter ttie
Card 1/6 end of the preceding vol canic cycle (March, 1939). In

1!)-1-' j7
Klyuchevskaya Sopka, Its Eruptions In 1944-45 and in the
Past
December, 1944 , the ac ti vi ty of the Klyuchevskaya Sopka was
renewed, beginning In the end crater with continuous explosions,
which gradually Frew more intense. After continuing for ttiree
weeks, the activity reicne~i Its maximam force and then suddenly
ceased. Pfter a pause of five montns eruptions began ap,.in at
the root of' the core, where a chair. of new secondary cr8ters
broke out and emitted 799e.3 anoi escupin,;, fragments if lava. t
the time of the last the ej'ectea material was not sLLf-
ficient to raise the he!~7ht of the secondary cone to the Freat
height of the summit crater. The cycle of 1945 ended witn a
comparatively moderate explosive eruption from the cnief crater.
In October, 1946, at almost the same spot where the crater nad
broken through In 194b, an ecet:,ntric eruption occurred. TrU s
eruption was apparently asiociated with the I&st residual of
the magma body that had been injected into the volcano at tne
time of the lost eruption In 1945. The lava of tnis final erup-
tion consisted of bombs, scoria, ~nJ volcanic ash; in general
composition it Is plagioclase basalt. The ctiemical analysis
card 2/6

Kiyuchevskays. Sopkap Its Eruptions in 1944-45 and
In the Past
2Rj
gives S102 52.90%; TIO- 1.06%; 4120~' 17.70~6; FejO3 3.'36%; PeO
5.36%; MnO 0.16%; MgO 9.U~; C90 Boo 0.0 %; Na,O '.3~~;
K20 1.00%; H20+ O-RO%; H20- 0-08%; FjO5 0.17%; Cl 0.12~; F
0.01%; .10%; ~02 0.069~: total 00.27%. The products of
SOM erup-tion were effusive lava, bombs, scoria, and
the eccen Ic
ash. The following data on the ctiemical analyses are for the
effusive lava and represent the first and the lost phase of
magmatic composition (respectively): S102 53.22~. and 51.22*;
~O 17.28% and 17.02~k; Fe203 3.64~. and
T1 08d, 0.80% and 1.11 ';'5Alj03
4.2 /V; FeO 6.22% and .8 %; MnO 0 20% and 0.20%; MgO 5.42% and
5.97%; CaO 8.60% and 9.02$; PaO 0.10% and 0.04$; Na20 2.90% and
2.71%; K20 1.20% and 1.07%,, H 0* 0.11% and 0.98%; H20- 0-08% and
0.29%;
P20~ 0.20',"U' and 0.11'~; Zl 0.10* and not determined: tot 11 1
100.15% an 100.21%. The volcanic bombs, scoria, and lapilli
consist of a rock type containing phenocrysts of plagloclbse,
olivine, clinopyroxene, bind considerable glass In the ground-
mass. Data on two chemical nalyses are given for the explo-
sive lava at the time of t-ie break through, from two d1frerent
lard 3/6

Klyuchevskaya Sopka, Its Eruptions in 1944-45 and
In the Past
craters (Obrucriev and Zaveritakly respoctively).- 3101_
and 53.30,,'U'; TiO 1.12,~ arid tI 0 16 IQ% and ~'e.03
2 00'~ inO *
3.18% and 5A~~; FeO 6.68% and 6.4 0. 101A~ and 0.26~.; MF~
5.231 and 5.93%; r"aO 7.~)J% and 8.70%; FaO 0.04. IV and 0.
Na 0 3.52% and 2.42,~,; K,O 1.11% and 1.40%; H20+ 0.10% an'l '.I~%;
H 0.080' and 0.04LX; P,`)05 0.09% and 0.12%; Cl none and J.i2-;,,;
F2 0.01% and 0.02~/V'; 03Z-SO,,
.~L'7 0.10% and a trace; C02 none andnone:
total 100.6P% and 100.3fl%. The volcanic sands consist chiefly
of glass, but crystal fragments (plagioclase, olivine, and
clinopyroxene) occur occasionally In subordinate quantities.
Two dominant types of glas3 occur: brown transparent (n = l.bz,4
to 1.556) und black opaque (n : l.bb6 to 1.565). The ctiem1cal
composition of the send Is S102 63.36$; TIO, 0 ~j2$, Al,,O~
Fe,)O,, 2.&1%; FeO b.64%; MnO 0.12%, MgO 4.84~; ~ao I'DA"I.,; 1~80
none; Na20 7-70%; K,,O 0.29%; H20+ 0.16%; H20- 0.06%; P,O, ~-2-rx;
Cl 0.03p,; F 0.03%; A0,1 a trace; "02 none: total 100 .4~, 3m a i I
quantities of solid material were carried to the surface -Jar1nW
eruption by the masses of lave. Pils material, sometimes de-
.ard 4/6

laynabovskaya Sopkas, 36 Eruptions in 1944-45 and
in the Past
15 -1957-3 - 28 ~)7
posited as individual f-agments and sometimes fused Into t1ae
mass of lava, ranges in composition from rocks completely
foreign to the magma, torn from the walls of the condiut, to
rocks related to the magma in different genetic ways. The
author proposes to call these Inclusions chadaliths (xenoliths).
Several varieties of ch&daliths are distinguished. 1) Micro-
tinitea--small fragments consisting of transparent grains of
plagioclase closely pressed together, with small specks of a
black mineral uniformly scattered through the aggregate. 3uch
chadaliths were formed from fluids which were squeezed out of
the parent melt and injected into the country rocks. 2) Meli-
litic chadall ths --accumulations of thick melillte plates, whicri
are most numerous at the rim. They apparently formed by the
introduction of volatile silicate material and by metasomatic
exchange between this material and a rather pare limestone.
3) Chadaliths of hornfels. 4) Chudaliths of parldotite. 5)
Chadaliths of Tertiary sediments. 6) Chadalittis of pumice.
7) Chadaliths of old lava. The principal conslusions of the
Card 5/6

PITP, H. I.
State of activot volcanoes of northern Kamchatka in 1954 (from
Jan.1 to Smpt.1). Biul.Vulk.sta. no.24:14-20 '56. ($C-RA 9:10)
(Kamchatka--Voleanoe~)

VLOOVRTS, ~.,. 1. - Pin, 3diwc2 Z~:s.
I I
~af,.jjrjr nf Retiv~ volf-an.-as In KAmhatka. BI-A. Tu'jc. sta. r-.2 ',-
,,~ C, 1 S,7. ( WIAA 1): 9 ,
'Kamo~&tkm--7olr&D,los )

TWDAVM V.I.; GGRSJOOV. 0.S.; Fiyp. B.T. Slpl-
owlmpwwaoll~
Ymrew,)rd. Diu'. Vialk. 9t&. re.25:3-4 157. (MIJU I C: 9 )
(Volcanoes)

16-1957-L0-1;5871
Transiation from: ReferatiMy zhurnal, Geologiya, 1957, Nr 10,
p 71 (U:
AUTHOR: Vlodavets, V. I., Piyp, B. I.
TITLE, Catalog of the Active Volcanoes of Kamchatka (Katalog
days tvuyusheftikh vulkanov Kamchatki)
FMODICAL: Byul. Volkanol. at. AN SSSR, 1957, Nr 25, pp 5-95
ARSTRACT: A mp and detailed descriptions of the following 28
volcanoes of Kamchatka are given: Sheveluch, Klyuchev-
skly, Bazymyennyy, Ploskiy Tolbacnik, Kizimen, Komarov,
Gamchen, Kronotskiy, Krasheninnikov, Kikhpinycti, Uzon,
Burly9shchly, Tsentrallnyy Semyschik, Malyy Semyschik,
Karymokly, Zhupanovakiy, Dzensurskiy, Avactiinakly, Kor-
yakskly, Nutnovskiy, Gorelyy khrebet (Range), Opals,
Kaudach, Zheltovskiy, Illinskly, Roaftelev, Kamballnyy,
and Ichinskly. A description of eacn volcano Is given
In accordance withaunified scheme: synonyms, location,
Card 1/2 height, form of the volcano, geological characteristics,

VLODAVITS. V.1.; PITP, B.I., otv. red.; NOGOV. red. tzd-va,: POLMOVA,
T.F., teirhn-.- ied.
(Volcanoes and volcanic forrimtions in the Seayschik area] Vulkany
I vulkenicheakis obresoventim Semischinskoge relow. Moskva, Isd-vo
skade asuk, SSSR, 1958. 192 p. (Akadentia nauk SSSR. leboratoribo
vulkanologit. Trudy. no. 15). ( MIRA 11 : 8)
(Kamchatka--Volcanoes)

PITP. B. 1.
I- ---
Bruptions of thn Kl"choyveki]r volcano. Trud7 Lab.vulk. at-.1),99-119
,SR. (KIRk 12:3)
(KI.ruchevokiy volcano)

PITP. B.1,
~ I
Kuriles-Kamchhtka Pxpo4itinn of the Presidium of the Academy
of Sciences nf the U.5.S.R. Biul. Vulk. sta. no.27:92-8.4
158. (141RA 11:10)
(Kurile Inlands-Sciontific expolitinns)
("mchatkR--SciAntific expeditions)

STYAnOVSKIT. A.Te.; KRUI, N.G.. otv.red.; PITP, B.I., oty.red.;
PAPMOOLI?S. K.B.. red.; RINGARM -.- "... riia.; SOLOVITIT.
S.F.. doktor geol.-min.nauk. red.; LADTCOK. L.P.. red.
lzd-va; SrRELICTMUT, I.A., tekhn.red.; POLMiOTA. T.P..
tekhn.red.
[AtlAs of the volcanoes of the S.S.S.R.] Atlas vulkanov SSSR.
SostAvitell i avtor teksta A.B.Sviatlovskii. Moskva. 1959.
173 P. (MIRA 12:8)
1. Akademiya nauk SSSR. Laboratoriya vulkanologit. 2. Chlen-
korrespondent AN SSSR; Laboratorlya aerometodov AN SSSR (for
Kell'). 2. Chlon-korrespondent AS SSSR; Laboratoriya vulkanologii
AN SSSR (for PiJT). 3. Doystvitellnyy chlan Akademli nauk Ar-
aWanskoy SSR (for Paffengoilts). 4. Chlen-korrespondent AN SSSR
(for Rengurten).
(Volcanoes)

:~i i,( f- , " : , I ly: , '_. " -
-ancrplii..;m
P .zhst..q~ thormal sp. ;ng,.: ('r',,Lm :ii~ tka) T:-I - I- ~ i- ~k.
-ic ":, : 114 ' ~_ - kml. .. - "
, i I ,:: . 1.,h t k" - I o `t~. ~F, ~ _9 -
(" ~,Z,7, :-,. .., -M , ., - " :I ~
,-)f vci -an ~,_, rocks in %~ - z-air!- - '
. - ent mo

- Flyp, B. 1.
Kronctakoye of K=c-4tka. 7mdy 1,1-.b. vulk. no.2C:
9C-9-- 161. 14:11,
1. Geologo-reofizic~,,oskaya ollocrvatoriyr~ . ibirskogo Otdeler,;pi
Al SSISR.
k:.ronct.loye ~.akij rogion-Volvinic asl-., ttf~, etc.

AV-Z:-.Ilr.V, V.V.; ILOOKO, S.I.t PIYPO D.I.
li~--ccnt hydr-other=1 mot.7--co in are-ij o active volcanism. Ddsl.
I
All SM 137 no.2:407-!.10 -:I- I ~1. (141 A 14: 2)
1. Inboratoriyn vul:arolo H AN i- .. 2. c,aer.-'.orrov!Vndo-lt At'
SSS'l (for Piyp).
(:~*(-,v Zealami-3a5-z,!rs)
0-11stmor, *-an-Seolo -y)

VLODAVE~Sp V.I.; GUJ1~~HXUV ",~ - NaUK~- , 6 L ; PLY F, B. I
Development of vc.1-E..nologic studItia in the Geol. I geofiz.
no.11:24~2-- 6-'.. (Mlju~ 1(, . ~ ~
1. Laboratorlya vulkant lagil t4c)skva.
" V.-) I caj)(w ,, ,

.... . I . .1 : : , r.11 : It , . , .. , , * I .
1 1. .. I . , . !, . K '. ? 1 ' I . . . .
, " 1. ~ A , ': - ,
. I - . . : . . " .. : I ., .. . . I .

GrjRSIIKOV,. Gporj?iv Sw4m.-,v'. ! ; `X,GOYAVLENSKAYA, Genri7ettft
Yonyen .;.lvna. F T-,' I., -, - %, r-d .
1
[ bezyVarmyy VC - -an.- an(. * i.o ~-harncteristi-s of its recent
er-uptl :)n. 1W 1'~0)31 VlllkaTI bezymianrryi i csobamosti ego
poslednagc i7verzhenila (Lq'l'-KjC3 gg.) Moskva, Nauka.
19C5. 169 p. (YdRA 1816~

OBLOGINA, T.I.; kW, VP,j KOCHIAY, S.
Using seismic methods to study intrusives. lzv. AN SSSR. Ser.
geofiz. no.9:1191-120,5 S 162. (MIRA 15:3)
1. Moskovskiy gosudarstyennij universitat is. M.V.LomoaoaovFA.
(Saismic prospecting)

PIYPXR, H.O. (Tort,x, Istonskoy SSR, ul.Kreytevelldi, d.14. kv.1)
Growth and multipltc&tion of cells in the human adrens I Cw~ th
summary in Anglishl. Arkh.anat.gist. i embr. 34 no.4:54-63 JI-Ag 157.
(MIRA 10:11)
1. 1z kafedry genetiki i dervinizaa (zav. - dots. O.F.Milrhaylov)
Tartusk o CoBudaretvennogo universitats.
IADRUNAL GIAND, anatomy and histology,
cell growth & division (Rue))
(CULL DIV IS LON.
adrenal gland (Rua))

VJXARI. 2.V.. professor, otvatetvannyy rOdaktor; ONNO. S.1h.[Onno, S.H.]
redektor: P17 (Filper. I.J.]. professor, redaktor; TALOTS.
$.Ta. [Talfil, !_J Ldidat biologichoskikh mauk. redektor;
T
KHAMFAN. 11h.N. CRaberean. H.K.]. redektor; UWASHIT, N.N..
redaktor Isdatelletva. POLTAXOTA.T.Y.. tehrhnichesk-ly redmirtor
[Prooesdings of the Second IsItte Ornithological Conference) Trudy
Vtorai Pribaltilskoi ornitologicheskot koaferentaii. Noskvq. Izd-vo
Alcmdenii nauk SSSR. 1957. 427 p. (XL%?A 10:2)
1. PrIbaltlyokoya ornitologi*h9skays konforentatys.2d, Tallin, 1954.
2. Inatitut zoologii I botaniki Akademil nauk Istonskoy SSE (for
Kumari. Onno) 3. Daystvitellnyy chlen Aksdemli nauk Istonskoy SSR
(for Kbaberman)
(Baltic Sea region-Birds)

, A I . 'L .
TYR , I
, I Y.,, , I . ~t . - " I,- I - j r,m~ r :.fl- c t . i r f - ~, ; . v ~ rr A , f ~ I' - I . ! : ' , , . a -
, I n ',Ar 0 , I I r .
'z,-rl 'r-.-i' 15t ', rr: ~ Fi,!-~~
t I a, , 1 .0 -1 . 1.
t a' i . ", . , .,~ ~ I, ~ar"~ I ~ tr. . '. -.- j, c I. , - -~: s~ * ~ -% ~ ~ ,
.j ~'- krd zlinny fl ~et, p I a ', IN, 1, ~ )'~t , P~ -L J,- -I.- ' , i~'4

1. CHIKOVO YA. I. PIYR, A.I.
2. US-~R (600)
3. Holst:Lng Machinery
4. Loading winch itth drive from the automobile wheels.
Los. Prois. No. 12 - 1952.
9. Mont List of Russian Aceasions, Library of Congress, Fouruary, 1V53. Unclas5ified.

P
L' 41023-66 R6*T(M)/EMPW IMI-- - 1.42 JD
ACC-Rr, -M019653 ' 1%bURCE -CODE:- UR/0368/66/004/00G/D529/'DL3_,
AUTHOR: Pao, A.; #ebase, K, S.; Plyr, K.
ORG: none
TITLE: Luminescence of US-AgAlS2
SOURCE: Zhurnal prikladnoy spektroskopti, v. 4, no. 6, 1966, 529-534
TOPIC TAGS: zinc sulfide optic material, luminescence, emission spectrum, spectrographic
analysis
ABSTRACT: The luminescence of ZnS-AgAIS2 phosphors was Investigated. To prepare
AgAIS2, A92S and A12S3 were mixed In a dry form and heated in an evacuated sealed quartz
ampule at 850-950C for 12 hr. To prepare the ZnS-AgAlS2 the powder of ZnS was prelirni-
narilyhentedin a flow of H2S at 450C for I hr, mixed with AgAlS2 and heated for 4.5 hr at
1150C. The concentration of AgAIS2 varied from 5 - 10-5 to 1.0 mol %. The emission spec-
tra were measured by a monochromator and photomultiplier and the excitation spectra by
spectrophotometers. 7U emission spectrum of ZnS-AgAIS2 revealed three bands with peaks
of about Z.d (blue bW), 2.4 (green band), and 2.0 eV (red band). However. all these bands
were evident only at low concentrations of AgAlS2 In the phosphor. The blue band dom.inated
card 1/2 UDC: 635.37

,- it 41Q23-66
ACC NR- AP6019653
at higher concentrations of the activator. The excitation spectra consisted of three character-
istic regions: 1) encompassed the group of peaks found within the absorption limits of the
main lattice of ZnS; 2) contained only one characteristic band near the fundamental absorption
edge (this band at 77K was at about 3.8 eV); and 3) encompassed an excitation bands, the
peak energy of which was less than 3.8 eV. The most interesting of them were the excitation
bands of green luminescence at about 3.00 eV and red luminescence at about 2.63 eV. It was
found that the peaks of the emission bands shift to the longwave side when the concentration of
A"2 and the temperat;ure are Increased. It is postulated that the excitation band at 3.80 EkV
is due to absorption of the exciting lIgbt by S2- ions surrounding the activator Ion. The red
emission band was explained by means of the donor-acceptor model of luminescence. Orig.
art. has: 3 tables and'3 figures.
SUBCODE: 11.20/ SUBB(DATE: 30Jun65/ ORIGREF: 009/ OTHREF: 007
Card

0 1100 ':-l -500 !from-
W_
-to trum k' ist6 -of -four. bands"
ndhut6s'-_ 2.*5 hours* Vmisbi&l' SPOO ons
e
iu a red Infrar
46o nm) green 1230 rim) j and two-orange; d Infrar d
b&nd -~appW_B --~'WithT:Inore:atlnf;:7-vuAiLS; -- t-ooncent raMn _Ube-
2
ippatra iwere analyzed with an-auVomatic. spe'atrograph.. -The rei3ults
show- that ZnShCUAIS'* form mixed solid solutions in all ratios. The
Zn- IS,pho ore are typioal-phosph6re up to 6 copper concentra-
'-10---- ~dg -at -room- -tempera ture-, -and- up---to--A--,c oncen tra tion 10-
smd-- exhibit -all -the typioal-lumines- 1 __J
g&-it-liquid-air -temperature,
cenoe bands of copper, dependinR; on the 'concentration.-Samples with
more than 1. 6 molar per cent d6AISO do not emit at room temperature.
e-autho-rs thank Docent K.-S.K. Rebane for suggesting,tbe topic~and!
for -valuable remarks.' Orig. 871'F.L-has-, figures
ft*di id Aq-trdiii tsissR
41
Card
jr

~-; ~P. 4-u
Pt~g----b.6i6o -,2-.
1. ll~
I I
, .. I-.,,,,-

KUSHNIR. F.V.. kandidat toWntchookikh nauk; MMHMKIT. A.B.. inshener;
MIT&M, L.D., inshoner; PITU, L.k., lushener
OHow a radio station for intradistrict comounication should be organized.8
Response to V.M. Rosavle article published In no. 1 of the journal for
1955. Test. eviazi 15 no.7:13-15 JI 155. (MIRA 8:8)
1. Nachallaik laboratorit Leningradekogo otdoleni" nauchnoi soled ova-
tellskogo instituts avyasi (for lushnir).
(Radio stations, Short wave)

:7
W
0
A
0
w
Yt
Ope-ratioid 0110cuig if the Produ on of TolATIM-339 and
IT -19WP4)Y-stei
VNIMP-36041bylpheno -jWdi vas,~ -- -- ---
Iwo
r-
To AdSi
4b i;~plxmul d.eterrdluation-
TPAI
M-Mbi-iTtic e scribee-thei ~-pio
driil Plitrolaug and Oil Rb er,-',
F_.' renbt1M-En24gLgntq Ind u
TA -r0
for. the,atep-by7-etep oper c eckirg of the qua] ity of To P- u
=lp~enol Oditiven, The first analysin of both additives, which involves the determina-1
-dealkylpheriol to described in detail. The phenol. conten
'of free phenol in the Cru t of
-TM 9 should W tid more than 0. 7%.-, After the alkylphenol
_WJqIpMuolf6i-_TzIA -33
a~ ac 0
with hot-water (70-80C),Ih6 Idity-of th latter Is determined.., Thealkyl-_
-phenol Is considere'd to~ be ready when It ham a kinematic viscosity --nf,B-6. 3 ccnUBtDkeB,
point of 100-11OCi and a water-o-onient ofto more than %,05%.- -The mdlulzed
alk.-Alphenol is periodically angyzed -for,Uw 'oontent of *ater-soluble aaMs. All the fiteps i
A AN
t7

,
under com 03dgo
Won. of th6
id,ft.w progi
MAI
,

ntgln
wrime
To
.., 1. ---------
"
u
w
p!.
i~ :Opy
PaTIONS-. Ore rgSMY

' PODEi':

00,
kNCL,
mnvn. :0
000

-1~ 7. -------

C
4

PTSZAKIP J.
Xli-lm
"Certitude of Iron Castin&s ua.ifi atian a5 Inflatneed b-," - e Aode ~,f ')es,-_4r 7-,6
and Takin., Tassi-le 3trength 3amples," ty~- R. f?- -'*-3: --, a:-,! ,'. F:-, :,.' : rr~ ~
inst.Ttutow Ministerstwa Hutnictym, '13. 2, .~ 1 .

s I , I.,Ii. I ; .
. , : f , ~, ~ "r,r 4 1 - - p q ,
~ ~ !.t.,e Prndur ti on of I IS !ATIM- 3, "
.,"U I'i - - 7, 60 3: k-Y ! pl-, P-l'.) Iari& 1_1 VaB . Mften-:r. I neftakbJrr.
I ~'. 16% (WRA MU)
1. ( rejj'C)~I-,73k~f opytil-r.-k-ehlennyy neftemstel,-vyy

17,
mum= Luff
13 -
y
of idlytit Vay
w1wo4al mlqmwoum Tairsommue
yj inm felrsvi~ slaristo
alpl.w- 1~.
Ily No 11WORA'A A-1811f+
p"*vH P;rfimistsrs was'pox)"). W
cww. of the fmuinAm -I
Asti m4vAfa 10~*Pdfml two in
14 ic wiW9., 4hk* it, has-4hv" fou sathilwhni. bf
-whina-flo 01044~_lu i two lrwllii~
-via prw
ja* -or "N I
las, put* T a-waill -
nd I Jim alit - fa
460"
lly. ladling O'calst"WO iu&ly -allwais Unit'.
0"
jr, n
MW Poo* dMog 110,
an at, Ilm the so I ONWAL #MMPW
Imn Ow
w#)-a q
--=d gamnaWfiouts a(A-Irwi w ppriliod.lito too of ArccohnO,

- - 1. . "-- - ~ - - -,
I . -, ,iL~c - - -1
t "-el-~,T,2
-'Y Tz- a~.
e - A k~' ,

PIZANOV, 1. 1.
rhysicogeographical Ivecription of the Dniester River, her bottom-
Land waters and limans. Mat. po g1drobiol. i r7bol. lie. severr2&p.
rricher. no.2:7-17 '53. t KIRA 12 -.8)
(Dniester River--Description)

SMARKH. B-V-, kandidat tokhatchookikh asuk., FUNRIM, A.P., doktor
khImIch9sk1kh soak.
Slostrom microscope examination of material@ used In the arti-
ficial leather Industry. Leg.prom. 16 ao.5:27-30 My 156.
(NM 9:8)
(Leather. Artificial) (Blectran microscopy)

~ ) 1~7 (,A /" (" / 17 -
KOROGHKIN, V.; PIZAIGOL'?S, X.
labor productivity indices at mchine-tractor stations. Sots. trud
no.12:74-83 D 157. (XIIIA 1111)
(Machinn-tractor stations)