SCIENTIFIC ABSTRACT PRONMAN, I. M. - PROSKURINA, V. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002202530008-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PROCESSING DATE--230CT70
U-,.~Dt _-_015 UNCLAS S I F I E,O.:
i~~T-2-tl:-TLE--.~-t-MPLANT-ATION TYPE TRITtUM-TARGERS-MADE FORM SCAMMUM, YTTRIUM,
-V`_'_-0`k4SEO0YMIUM IE DYM UM, ANO ERBIUM -U-
AUTHOR- (,04)-,&T.RlZHAK,. V -I. IPRI.MENKOi Gell.t KATSAUROV* L.N.p PRONMANt I.M.
buNT gy 6 FINFO--USSR
66k,E4~~AT;AENERG, L970, 28( 3) 24, L
IS:HEDt--- -70
Try"
lk
IpS~UBJ~ECT AREAS""RHYSICS
1 C,_
JAGS-TONI.IMPLAN "AT 10"41~ TRITIU SCANOWHi YTTK E UK., PFI~SEODYMIUM,
MOYM I UM; R8 I UM, PARTICL.E ACCELERATOR:.tARGET

PROCESSING DATE--230CT70
~~:O 15 UNCLA&S I F I ED
t~'CIAG ACCESS TON 'NO--AP0I2,t696*
BSTRA'TlEXTRACT--(U) GP-0- ABSTRACT. IN TH" IMPLA14TATION OF T INTO I-R,
SC,-: NO. Y, -AND PR TARGETS, BY: USING AN, ACCELERATION VOLTAGE OF 120 KV
zAND ~A T CUR-RENT OF 100 MUAy SATN. OF THE TARGETS WITH T OCCURS AFTER
,.~.:-~_35-50 MIN OF BOMBARD,11ENT; THE YIELD OP: N FROM THE T(DjN) P.!-ACTION Oll THE
ABOVE TARGERS IS 2.1 TIMES 10,PRIME7, 1.8 TIMES 10: PR 1.5 T I ME S 10
PRIME7,:1.5,TIMES 10 PRIME7v- AND Im8 TIMES 10~ PRI:MF_7 N-MUCKi 'AESP.y AS
-COMPARED WITH 1.8 TIMES 10 PRIME7 N-MUCI -FROM A TJT~ TARGET -iiITH ABSORBED
HEATING OF 114PLANTATION TYPE RARE:EARTH TARGETS,REDUCE,~') THE N YIELD
FROK . THE, TUD N) REACTIONY-E.G.9 BY SIMIL-IAR TO 30PERCENT AFTER HEATING
f
TO ~400DEGREE_S9 BUT THE N YIELDS FROM SUCWHEATEDTARGErS ARE -MUCH HIGHER
,ha-- ~,z,.~:--7HAN-,THE -YTELDS FROM lR-T,:rTARGETS !,,(WHERE THE YIELD.DECREASES BY A
Rld,

USSR UDC:669.187.2:621.746
CHISTYAKOV, V. F., AVERIN, V. V., V. 1"
P
RONOV, A. P.,.DANT'IN,
_LISOV,Ij. V., YERMAKOV, B. A, P and
-KISELEV A. A., DUMCREV,,YA.
KHRISTICH,'. V. D., "Krasnyy OktvP_brIII Pldnt:.
."Casting of ShKhl5- Steel under Exothermi:c. S1 -F'
i: ag orming Briquets"
-Metallurg, No
Moscow,- 1, -Jan, 74,,.:pp 19-22
Abstract:. Exothermic, slag-forming briquets were tested by casting of
steel malted in a.16-ton'clectric arc furnace with evacuation of
the metal, not deoxidized with silicon and 2lumirium, in the ladle. For
comparison, steel was cast'in 2.7 t ingots by -the siphon method without
briquets and with application of a light crust to the Surface of the
liquid metal,when the mol& was,:113 fulL., The,:riser wa-
heated with
type"128M-lunkerite and an exotb6rmic mixture based on:75% PeSi ' The
experimental briquets produced steel of it-quality corresponding to the
mequirements of the state standard (GOST801-60). The, 6hKh15 steal pro-
duced with the exothermic experimentaLbriquets was higher in quality
-thammetal produced in coated molds,

US
USSR UDC 519.283
nTH, L. A., LRONY--N YU: F., Moscow
"On-Dif en 34
fer t'al Games. III
Moscow, Avtomatika i Telemekhanika, No'9, Sep 71, pp 16-22
Abstract: The differentis.1 games described in the first and second parts
of this paper are analyzed. JF6r th e first two,:parts of the ai~ticle, see
i Telemekhanika No's 5 and 7-01 1971).- In particular, the dif-
ferential game 2 is consideredin which the right member f of the equation
of Motion.of the players,, and the function do not (lepend an the control-
92
ling-parameter v of player.E.t.'Buch~a:gamecan be trt-ated as an optimum
control problem with generali~ze(i:.Bellmafi:furiction
Z) Inf (ts Z' U).
W
E
ESP
A theorem is proved which eliminates the difficultieii due to tle differen-
tiability of the Bellman equation by reducing solution of the aptimum con-
trol problem to finding an everywhere continuous differentiable E-solution
of the Bellman equation rather-than itd,exact solution. In adil.ition, the
112

il,~.-.~.i;-:i..-,"",~'-":-!-"-I-,", . . . m .1
I I ll i I - I I

J PAS SAINL-~

ON T1'E REITULARIZVXION OF VE VELL1,LAN I-0'TH(;:-) V,' oF
CIPTV,"Jr'~ 4,UtFT-D ACTION
'
L

c
:l
rticle by L. A.
X-an and Yxi 7 ntrol
l
o
r '7
R
*
roble= L
u
s
s
lar,
Vol 200
6
1
2~

, No
7
, pp
,

4e will disetiss the p~obleM of tho Opti'mUM Cor~trol
,
-
lo
of an 0;Je
ti
I
d
b
th
i
t1
t
1b
!
es-~r
c
w
se mo
on
i
s
a
en
.-
e..oqx
y,
:~.

where R~ space-, 11 control area;
,'
rj local Upshitz mapping from lk'xU into .9 Let us assume
,
i addltjon, that mapping or f sati2fips, the Filippov co
d ition
for (z. R* Y U,
where (-.,f(z.u)> = scnlar product o~, veetorz z and Nz,u);
i-!!= LuLlltiein normi C = somo positive number.
We au--t fInd, ir. the cluss o.C piecewise-continuout;l
runicttins, the control that convortc.-object (1) int~N L;irv rource
C f r Z; 1 CC.. '~r p minA.-aum lengtv! of time.
atr
i's iz known Zjoj t*he original approacli to Vio solution
V.1 i C~., L W_j
, J)'I r
a fthe prob' e= of optimum control, .~n ti-.r
nalll-ian as one of Ita most essential moinnls an
a priorl assu%ption ;brut the existrnce of a solution o.1 t),e
a I 1::a
n. *%quatiin. tviat was Pvery,.0,erc continuously dlrf'pr~
is vf.Lrumely restrictive and,
all a ri:lc, Is not fulfilled. in all the examples prAs-,.ntnd in
'
parz-iculnr,
t~,e Lollman functlon proves to be. non'iif-
lerentlablo at som--~ multifor:alty (containing cntire segments
of opt!-itua trajcctorle~). Thif: firt creates fundamental dif-
flcultl
I es in using tl,e T1.e1l:-.zn -(piaUcon in opt..-,u:n control

Boltyanskiy, in ZU, gave a proof C.I., the Bellman
approa& as a sufficic~nt condition of optImality for substan-
tiully wAaker assuaptians relative to t),P f:mootnncss of the

USSR. UDC 519-283
KUN, L. A., and PRONOZ ~Mosc
IN4L-Xu ow
_1110n Differential Games. III
i Telemekhaiika N -14 -30.
()~5, ay 71, pp:122
Abstract: The basic concept to be considered is that of alglobal strategy,
a concept based on the work of-Karlin.' 'Vith the global stratep-y is associated
a tactic. The derivation of these.terms is.given in detail* The class of
permissible strategies includesthe set. of global strategies satisfying the
following conditions: l)-'the switch and tactic. are; independent of game state,
and the tactic takes on values of constcint local strateCies-, 2) if any global
strategy is part of the permissible state, then any other global strategy with
an arbitrary svritch independent of state: and a constant tactic equal to any tactic
of the f-irst strategy is also permissible; anyst~,ategy,forined by adopting
tactics from other permissible' Btrategiebj, switching :fr~6m one,to another at
-arbitrary, tize points, is, permissible.: These dot tions lead to a series of
'_-_aub-aclasses.:of permiBsible,strategies, The..optimal strate& is defined in the
usual way-
if one player has an optimal strategy in the initial state of the game,

USSR UDC 546.185 547.412
PRONS V . N -RINBLAT, 51. P., and,KLEBANSKIY, A'* L., All Union
Resea eh Institute of.Synthetic.Rubber imeni 3. V. Lebedev
and Polymerization,of Meth lchl orocycl o ph o sphaze ne s
F 'Y'
Leningrad, Zhurnal Obshchey Khimii, ~ol'41 (103) No 2, Peb 71
462
R -483
P
Abstract--. Heating methyltetraclilorophosphorane i0lita amm.,nium chloride
in~sym-tetrachloroethane yields. methylchlorocyclc)l)hospl,,a~:enes ir,
~Provided that ammonim chloride is prepared.directly. in the reaction
vezsel. The Droduct consists of a 60:40 mixture*~of- 143,1:1-trimethyl-
3 5 trichlorocyclo,triphonohazene and I 3,5,7-tc-
lit p
"-etrachlotocyclote%'raphosphazenes ThismMixturepheatel-to 2OU-220C)
-for---15~-20-hrs in asealed- airpoulei.y*elds,a:rubber-li-ke methylchloropoly-
hosphazene,i,
7t

U~MR U~G 4121
6.185 It 54
M-F-PANUTY A. ;L
LEI~I G4INBIAT' Mi Y
VA
'-I 0110phazenes
AU 6rf 01,64
fiesis, of Bls-(~ Ill
Rhim
Leningrad, Zhurnal Obshchex 1 70
-P~ -:-2127-212T- 1~140, NO;9, SeP 70,
Ammonolysis of bil-(haptafluorOPro'_DYl)-trichli)rophoo-
Abstract:
p rane (I) with A fivefold excess Or highly disbersed aj=,onkum
chloride I chlorobenzene, prepared freshly in t5 reaction vessel
in
'from gaseous ammonia and HCJj Occurs' at - 125-1300~ with slight d.-
Yielding a 70,30 mixture -of 2 9 2,,] 6, 6-hexa-
',comDosition or
phoapha,zone &ndi2,2JV 94s~s6,13,6-octa_
(he~taf luoroprop7yj -eye 10tri
iphosphaz ne;:(Ii).* Nacuum diatillation
r
.~i 122.5-12-30;
bt~-. h ta3_Iinq_-zixtur!3_kf*
s
8 ;80 IIP-'.l
W
at .8
Oi_
N,
K4
L
1W.
k
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to~

:-TT
-V'2-~ -030~
0410C ES I W ;DATE--18SEP70
ITLE-a-ULTRASONIC DEFECTOSCOPY OF: GR.ILLED TUBES -U
UT 5).-PR2UAXIN# V.T.t ANIK.EYEVt Yk. F i GORSHKOVt :A*V,.t LOVYAXINs
NERTM-
M.G.
XT, RU
VEK.ULvlrS1r,.7 ~~ZEFEXTUS
W, 0 'n
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'NTROL t*,ARKING--NG- RESTR ICT TONS
STEP
ACCESSION NO-AP0100670
UNCLASSIFIED

w
f_ f_ 030 U NC L:'4% S 'A AT c D I i S s E f 7 Co
S
:'--IkC ACCESSION NO--AP0100670
-ACT! A3ST:-',AC T
-:4EST111 ZXTiNi%C T- - GP-0- :AL T I Ur,,F vll"Y DEFECTOSCO.-~:C
'I'LE.BEEN SUCCESSFULLY LLEC-
OEVICES Ii;". USED FOR' QUALITY C40N., L OF THEN A
GRILL--D TUDES ~IS IAPOSSIBIZ 3ECAUr_:
TU6ESt -U-S-- FOP, THC CONTROL OF. G j L ~.: J
0 F-:- ', T H lr'v'T:__TFEj-,T3,NG PULSES. REFLECTED FROM A-HE RIBS OF TH E T LJB E
I- T "L 'STUDY OF HOW THE. AJ4PLiTUD,ES_ N4 I r-- 0 ,4:)
OF~~ THr T RIA SM TT A
EXD ER-IM.E%1A
REFLECTED ULTRASONIC PULSES: AR& AFFECT-B 43Y Tti- R ZBED; S, EC 7 101-4 OF THE
TUBE~,'HAS SHOWN THAT A 01117ERE.,x~ IIN THE. INTERFERENCE EFFECTS OF THE
A K S I TT E.- 3 , A !%'0 'z E F L 0 THE S14APE "F
ECT E SItNALS IS 0GSERVED DEPCN.01i'LiG 01N' I
THE R-1 BG I NG. PkS A RESULT, THIS FACTOR PREDETERIM-11NES THE CHOICE OF
CGNTROL IMET10D. THIS PAPER DESCRIBES tXPER114ENTS:OF DEFEC'J"OSCOPIC
C-TROL OF -THIS TUOING TYPE USING PIEZOELECTRIC ELEMIENTS '-,ADE OF THE
C E R A I C N' T I I RESONANT F,RE QU ENCTE S ~.FRO' 2J0 5.25 .411Z. IT WAS
FOUND THAT DEFECTS WITH A DEPTH OF MOR'Ei THAN 25 MICRONS ON THE I NI'll E R
SURFACE OF TIIE TUBES UNGER THE RIBBING WERE RELIABLY RECORDED;
SURFACE WAS MUCH LOWER., WITH A DEPTH
SV4SlT-IVITY TO DEFECTS ON THE OUTER.
1HR IESK ,OLD. OF: -60 MICRONS. THE AUTH RS tXPkE-SS.--THEI'k GR~TITUDE TO P. 1.
_V I-T I KO _-W*HO'ASSISTED INJHE EXRERIMENTiSt;.

030 UN AS I kED 'ItiTE-040t- 'fj
PROCESSING ~Cl
CL
PRt ACCESSION NO--AP0138429
CT. THE R SO A NC EINFLOEN'CE ON T 1-1
:-~-XBSTR AC T/ EXT R AC T-- U) GP-~O- A B S T R.1"i
_21~ IUMB ER - OF, THE ELECTRON IMPACT~ :IN A UNIT: OF T VIE IS
-EFFECTIVE N
...,CONSIDERED. -THE PLASMA ITSELr-,-LOCATED IN.I.A WEAK ALTERNAYING ELECTUC,
H 5 PE Ft _-EFFECTS- CIONSI DERED IS EC T60 TO
A PA A I TE S AT WHICH tHE
H THE- G L. THE, EFFEC'Ji 1-S.! FOUND! T'O H A V EAMIN(lie' INFLUENCE
Hl HEST~ LEVE
------- ---

..G 14 UNCLASSIFlEa, PROtESSLNG DATE-20NOV70
ACICESSICN NO--AP0125678
7ABSTRACT/ EXTRACT-- I U) GP-0- ABSTRACT. IN E W REAGENTS BASED ON VARIOUS
DERI.VS. OF 2,AMENOTHIAZOLE AND CHROMOTkUPIC ACI 0 W ER E SYNTHESIZED AND
-TH A 0 AL AS
THEIR-,COMPLEX FORIWATICN WITH, ZRr GAI N W i STUDIED. THE
'AEACIENTS: -ARE RED POWDERS, IN THEIR -H FIJ~~q AND WELL ~iSIJL.; IN if Suez ol
SLBZ AND MEOH. AQ.; SOLN H'E:R:EAGENTS :!A:RE NO i STABLE.
S;t OF T THE
1) PE~NDS ON' THE 'ACIDITY
-1-INTEN-SITY AND COLOR OF THE REAGENTS DF THE
:~MEUIUN,. THEY ARE BLUE GREEN COLORED IN;A CONCO. H UB 2 SU341 Y-:LLOW
~_-'T-:,114 HCLI VI-OLET.IN THE PH:RANGE 1-5t -RED GRINSION IN THE PH RANGE
1-1~41~,AND -BLUE:.IN KOHO'~r-jH&_ PIREPIN' 'AND*~BEHAVICIR OF
-_-_4*_59,0ImEThYL_#Zr THIAZOLYLAZCCHRC-;40TROPI'C-'~.AC.11) M 11
~S DESCRIBED IN
DE TED;
T A I L I C AN 13 E --REPRESEN -A$_~~ A: 41 B;AS I.C A(l D.; THE LST EQUIL. POINT
AN: ThE PUTENTIDIMEMC TITRN., CURVE REM&SENTS THE AEUTRALIZATION OF 2
-OF THE IST 04 GROUP OF THE
SULFO GROUPS, THE 2ND POINT THE TITRN.
NUCLELS-, THE DISSOCN..,OF THEI 2NU_OH,GAQUP TAKES IN THE ALK.
_E ACID REGION'l:FORMS 2 PROTONIZED FOR-M S AT ?H IS SMALLER
-REG li]jk. IN Th
THAN I A YELLOW THIAZQLYL CATION~WITH MA~X. AdSOR8ANCE AT 480 NM AND IN
CONCID. h- SU32 SO SU-8/4 A 2ND PROTONIZED'FORM WITH HAfX. ABSORBANCE AT 640
Mu - M I REACTS WITH SEVERAL ELEMENTSo ~GIVINGI VERY cowmASTING COLORS
W, IT H AL, ziij TH, AND GA. I FORMS WITH. 'AL 2 DIFFEREINT COMPLEXES. IN AQ.
IS A BLUE COMPLE-k WITH MAX -ABSOkBANCE AT 590 NM
SG-LN5. AT_Ph 374 THEkE
AND YHE. 2ND CCMPLEX IS FGM7MED AT.PH 1-2!.5 REGION. THIS:CGIMPLEX IS BLUE
GREEN AND HAS A HIGH MOLAR ABSORPTIVIM. IN A A Q TALC. SOLN. ONLY THE
2ND CCMPLEX FORMS WITH MAX. ABSCIRSANCE 630 NM.- TEMP. AND ORDER OF
NOT AFFECT THE YIELG.OF THE coLrjREO COMPLEx. AL A140 I REACT IN
_t, C_ I jA

U
T
USSR
"Problems of Discrete Control vrith: ase:Gonstraints"
-Hosedw Zhurnal 17-~%,Fcl-dslitell noy. Na ematildiMaten, aticheskoy Fizi kd; Septenber-
t
-O,ctober,, 19-72; PP 11 28-M
q
ABSTRACT: The author considers. raeans of:sollriAg probleins of discrete control
with'- ~phas econstraints. "Straightfon ard'--.conditions a optimality are pre-
:-s<ed in terris of f easible. directi ferent variations' of the na7imum
on... Dif
principle for the clas.-; of problems considered 'ar~, obt;tined. By menns of
duality methods the relation bet-ween I'straightfontard" =d "anhi,,!ur)uz;'! condi-
tioros of optinality is established~, in th ecourse of wli;ich operation Lagrange
-mL
Itipliers are used as constraints.on the variables. :..A bilateral evaluat-ion
'of.the ontirual control is obtained. Based onthe~cond4tionsiof optima ty
presented., a method of possible direetions for the problem. sconsidered is
g ven.

UDC: 8.74
M. PROP
Itcomputing Theoretical Hodogr phs.of- k.eflected Waves .'or Layered
a
d*
Me ia.-. The 'Goss.-l' Program"
Ty. Zap.-Sib. n.-i. geologorazve'd. neft. ir-t (11o rk sof the lk!est
Siberian Scientific Resea
-rch.Institute, of Geologic'a.1 Petroleum
-16.9.~_(f-rom. RZh
~Prospecting) , 1.972, vyp. 55, ~ -pp. ~. 60 -Kiborne t i ka
i46 14. Oct 72 abstract No I.CV642 [authors:' abstratt]).
;Translation:, The program :Ls*se t up in; 1.1insk-22 computer codes
and is formulated as a standard program. The operitor is based
-on an.equation of a theoretical hodograph of a reflectecl. urave
for a layered medium in which the refraction of tile trzilisMitte,
taken into consideration: on all intermedIM-e
waires is L boundaries.
of. inclination of..All hig _Iayer~ and the, st-!.,atum
her .
~.xelocities. may be dif ferent, an are, accounted ford in th-D oper-
ator.:~

USSR u.-u c 539,i43.43-~,66i.?L8.1
Isliamm, E. A. lakFuRASUIA F. M, ZAV YAWY A. P., ard PUDOVIE', A, 'If
Kaza~i stgt,~l University Imeni V. Im, Ul Yanov n',' ~Ka zan
"The Dipole Homents of Para-Substituted Pher~lphosphonates'w
10 Coll Izvestiya Akaderii Raul,, S33R, Seriya Khimichoskaya, No V~!.' 71
20i
-,.pp 19-6
Abstxactt The almle r, o me r., t s of the -o-substlt4ted phenyl
-phosphonates
p-X C61fl, P (0) (OEt) (,X ~11e- MeO, CI, Br) ia~nd o1f; PhP(O) -ii-ere dCtE:27MJ.POd
experimentally, They vex-t. also calculated. on. the aszt~iption that the dipol,~
:--moment of the, (M-.O)ZP(O) - group hzd.the value 2.30 1) whicb followd. fron an
a ~ utation of this group in nucch -a manner th,~t -the conpona s alorg -the
ij t
~-_.cooxdinato axes had the valuas a 0. 72, za Ti Op M 2.19;D (shrAayel/a, et aj.
y
Tiv. - ~j;
-SRP Sar- nUm-, 19701 2695). The calculated Valut~.,S fw., co:-. ul.-Iq
did not corz~apand to th e experimental' values, ap-
O'Y
callso o-;, an ln+rl-~~;,ticn of ;f 1 .1, 1, c All
Et u.7:0 by 111--mv-
the phenyl expari;,~!,-.nLaly deterp.1110d dipolc'mgn-critr of
2
corIC-ponded. to thu cfdculat d

7:e 77: 777777
UDC: 8.74
WSIR
PROPPi M. V.
ustructure of a Bi ogeocencsis and its Simulati Pn by Methods of the Theory -of Fluxe s
V sb. Probl. kibernetiki (Problems,of CyberriPtics-collection of works),
M6scov, "Nauka", 1972, pp 183-190 (f~rcm: RZh-!Kiberjietika, No 6, Jun
25
723 Abstract zro~ 6v6o4)
Translation: The paper deals vith requirements for a practically usable
model of a biogeocenosis (an ecological systembf fairly high complexity).
It is proposed that energy and matter.. fluxe ',be modeled byi the p o pu 1; 9. t i o n s
s
comprising the b-iogeocenosis -- the,division of the theor of graphs which
y
is used in economics. The maximum possible fluxes between separate 1popu-
lations are determined on the basis of the maximum numbers in corresponding
species observed in nature. The fluxes throughout the entire system are
-calculated by means of the Ford-Fu2kerson algorithm, ~~wbich is equivalent to
the. hypothesis of zaxirium utilization of a-U, resources. by the ecouystem.
The.-model gives limiting factors, admits a process of gradual compli:!ation'
and.defines the minimum initiall amount of data for a.compl~ite mathematical
esen'tation off the system. 'the Ford-IRilkerson algorithm gives- the re-
repr
eTs in specied 6' a cccmunity.
-lation between the naximum and average numb
should be used;for further extending aippli-
The.theory of dynamic networks
catioxis. Airthor's abstract.

)AT ~,PUBLISHED
E
J
~~UBJECT:, ARE-AS-810LOGICAL AND MEDICAL SCIENCES
,.-,00CUME,,ir CLASS -UNCLASSIFIE0
,---,PROXY REEL/FRAME--1986/0727 STEP 'qO--UR/0248/70/025/002,1'0047/0051
i--CIRC ACCESSION NO--AP0102697

, , ~r ~ " - - 1. z , -, - ; ~ , -1 - 'i - : . -

pa 13..,Ar)V7 0
M' midct-SS I ItG: OILTE
rL---t- 46NE,--e~~G-IOVASCULAR. CHA,4GES..J,w FEMALE~ TELEGRA-P,H; OPERATGRS OF THE
'IFFICE IN THE OF;Jfie :i,WOR DAY; -U-.
TRA,L, TELEGR APH:,L -C 'ORS IR

'CONTROL~MARKING--NO.RESTRICTIONS

+
025 -UINCLASSIFfED PROCESSING DATIE-23OCT70
CIRC ACCESSION W3--AP0123669
_.~-ABSTRACTIEXTRACT-W) GP-0- ABSTRACT. PASSING N SU32 SLYB4 35 HR INTO
7.5~ G .'2v,2 0-INITROP4,PENTENE IN MECN A 70DEGREES :UNDEP N GAVE
36.4PERCENTI-F SUB2 NCH SU82 CRR~PRIM&l NF:SU92, (1+ MEQUALS tit R PRIME1
-EQUALS ",CH -,SUBZ' CMIE(NO SU82:) :2)~ ~:~s.SUBO,1,008, 46-80EGREES,: N PRIME20 SUBD
:1. ~5 12 -PRtuE20 1.52. SIMILARLY, WERE PREP0. TH'= FOLLOWING I (R AND R
PRIMEL ~SHOWN) H, C14 SU,32 NO S U13 2, B~ SUBO.04 47DEGREES, N PkIME20 SUBo
144403; ME.v'CH SUBZ NO SU82,- B-SUB0.01. 5013EGREES, 1,47,430; Ht CH SUB2
CHNO SUt3Z) SU82, B SUB0.1. 65DEGREES:1*4416; Hv:CH:SUB2 CH SUB2 CFINO
t SU62) SUB2.1 B SUBO.003 56DEGREES,g~ 1.4513,;.Hy CMEW SUBZ) SU82p 8
SUBO.001 36DEGREES, 1.4380; AND MEi CH SUBZ CME(NO SUB,2) SU82,~B
SU80.001 64DEGREES, 1.4811. -THE-PRODUCTS WERE RATHER REACTIVE AND
~,UNSTARLE~_ LIWS. ONLY MINOR. DECDMPN.' TOOK PLACE UNDER THE kBOVE:
-COND IT IONS.:
UNCLASSIFteD

13DC 911.3.616.981-455074)
kOTDRASUM11, G . A., PUCACIIEV, Yu. A., KOINDRAS11K.L
INA, K. 1.,. KAMAZi
1K VIA, A. D., KORCHEVSKAYA, V. A., KOROIEVSKIY, P. G.,
POILYAKOV, V. K.
IlLafidscape-Epidemiological Regional Division Into Tularemia Districts in the
Trans-Ural -Area of Western Kazakhstan"
V ~sb- Probl-, osobo ol
pasn. infektsiy (Problems of Especially Dangerous In-
fections collection of works) Byp,* 5(15): Saratov, 1970, pp 91-',05 (from
RZh-Meditsinskaya Geograftya, No 4, A r 71,' Abstract No 4.~6.96)
P
Translation: The Trans-Ural area of Wes tern Kazak
-hstan consists of four land-
-'k
Scape epide=ological areas. the Barbastaurllako-Utvinsfy area (steppe),
the Chalkaro-linkatinskiy area (dry ste-ope), the Cliiderty-Ulenty-Bul(4-urtinsiciy
area (sem.-desert), -and th-- Kaldygay ty-W l'skly area. (semf-desert-desert).
Each area is described. Characteristic for the steppe and dry steppe areas
is the steppe type of tularemia focus; while, the estuary se-ml-desert: type
04 tula e-ia
tocus is typical for the semi-desert. The prolonged evizootic
cald' of tularemia -foci in the Trans-Ural area is due to the progressive
drying out of once r_%tensive local river:delta floods. Because of cattle
slaughter, xerophyt plants take over with river land turnilig to &sext.
1/2

USSR UDC,: 681.333:519.2
A. M. PRO SADOVSKIY,
PETUKHOV, V. I. KOLOKIYETS, O.,H. BERKUTOV,
G 'A
izan.1adio Engineering Institute~-_l
'-"A Static Analyzer"
Izobreteniya, Prorayshlenqyye. Obraitsy, Tovarnyye. Znakit No
M.-I970,.Author's Certificat Filed 30 Dee 6 8,'l p 115
0-- e No 271911,
Abstract: This Author s Certificate introdu'ces,.a static. analyz" wFich contains
an analysis level discriminator,,a controlled step voltage geneTato:r, a genera-
tor which produces pulses to fill the intervals-corresponding to thi:,. dwell
of analysis, an
period of a reallization higher (lower) than'the given levf~,l
analysis time key circuit, a pulse fre-quency:,divider, a filler pulse counter,
and-a unit which introduces the number for the initial co6nter.settf.ng. As a
distinguishing feature of the.patento, the analyzer is designedTar aimplift-
cation.in detOrmining numerical. -It contAius an inhibiting
logic circuit-with the output of. the frequency divider~coznected to one of its
inputs iddle the second input Is ~connected 'to the output pf tho pul:ge counter,
jWhose set input is-connected to the tinit, I 6r:bitrodde-1 ng wnumber into the
1/2.

Aerospace Medicine
.USSR
6-,
_:-PROSHINA,
A- ~~Motivated
baknowh"
re by the Spirit of the,S6arch for the
Moscow, Sovetskiy Krasnyy Krest, Vol 21j~No 4, ApT 71, p 30-32
P,
Abstract: The following information was~given by Prof.:Yu. G. NeEedov, a
specialist In. the field of space medicine ptn
4 biology, at a ueeting in the
Mosc House of Workers of Literat_~re
T6 18-day lo S flight of Soyuz 9 shcued that humans.bef~6me adapt:.:,,d rapidly
0 .,the-:conditions.. of ~ weightUdsness~ and- a*ie cApab e, ofj erformliig. the most
an ng:~resear T
dem di ch work undbt:these condidons. ~t was.mnexpec
tec: that the
had greater difficulties in.be'dmin reddapted to conditions on
Cosmonauts C 9
earth -When a person has been 9
-kept for a lon timei in!boad, he must again
earn how to walk. The muscles of the legs no longer fe~_l the weight of
the body and the activity of nerve centers that coordinate the movements in
walking is disturbed. Furthermore, the heart,is.no longer accustomed to
performing the work which is required of it1when the body; is in a vertical
position. Something similar happens after,prolonged exposure to weightless-
ness. The cosmonauts, on returning to earth, had a.feeUng ofheaviness in
1/3

7 7
7.
RM
USSR
PROSHINA, L.$ Sovetskiy Krasnyy Krest, Vol 21, N,o 4, Apr 71, pp 30-:32
-a that the springs
~.the legs and arms. On lying dawa, they had the impressia
of a mattress press strongly ag inst their body. These sensations nassed
a
idly.. During the flight, the cosmonautgiexercised twite per day. They
rap
t on special clothing which ensured.a uniform load on the muscles and
~pu
attached spring co=pensators to.this clothing. These compensators attracted
the cosmonauts,to the floor of the cabin with a force of several dozen kilo-
In this manner, earth gravity-was sUaulated. The! exercises, which
grams.
-were continued for one hour every time,.comprised walking, standing jumps,
:running. The exercises had,~the
and purpose ofpreserving the capacity to
Withstandheavy overloads during landing an&that for normal locomotion on
earth after returning from space. Th als'o.maintained:Oie working capacity
ey,
Oftheicosmonauts during the flight'. , COSMOinhults A# G, Nilolayav and V. 1.
Sevastlyanov returned from the.flight in go'od-health and are rdquesting
renewed assignments for space trips. This shows~that the.,methods applied
were correct. - Soon cosmonauts will fram. an' orbit around earth locate
844io-019 of.fish, determine,ths. direction -of. ocean currents, carry out ice
.reconnaissance, and survey more precisely the. boundaries 'of deserts, forests,
and.Asteppes. This will require prolonged f Ughts an&a greater number of
2/3
29

01L UNCLASSIFIED PROCESSING DATE--230CT70
t1kc ACCESSION NO--AT0100966
GP_o_
l5SfKACT/EXTRACT-_(U) ABSTRACT. THE :AR T I C L EREVTEWS PRORLEMS
;R 'A THE THEORETICAL INVESTIGATION OF: MUL T I CHAAla ER HYDROSTATIC
I NG- TO
-,SUPPORTS WIDELY USEDo FOR EXAMPLE, IN THE SUPPORT, SYSTEMS OF HEAVY RADIO
A -ALLURGICAL t~EQUIPI ENIT,
UPTI CAL;. TELESCOPES, AAOAR ANTENNAS, MET 4E ETC,
ITHEORET'ICAL -BASES ARE PRESENTED FOR CALCULATING THESE,SUPPoRTS, AS ARE
IZING it a
_.THE~RESULTS~OF COMPUTING THE.COEFFICIENTS ,CHARACTER iE EARING
C-A P A B--ILITIES -OF THE SUPPORTS, LUBRICANT FL:OWl :POWER Lo SSES, IN OVERCoMING
TH& PESISTANCE FORCES~ OF VISCOUS SHEAR~ DURlNu^ ROTATIONY AND THE ENERGY
USING THE :EQU TIONS GIVEN, ANG A
AEQUIREO~ FOR LUBRICANT PUMPING.
_~'CORRESPONDING CO!+PUTER PROGRAMi IT IS POSSLBLE TO DETERMINE THE VALUES
.._~OF VARIO'US COEFFICIENTS FOR SUPPORTS HAVING CHAMBERS OF ANY SIZE AND
__:-a.IVERSE PLACEMENT WITHIN THE SUPPORT. GRAPHS PLOTTED:FROM.COMPUTATION
Re-SULrs' FROKA URAL-4 COMPUTER EXPRESS THE~ :CHARACTERISTIC COEFFICIENTS
~~'+OR.. THE DIMENSIONLESS COEFFICIENT OF LUBRI,C.ANT FLOWl THE DZIMENSIONLESS
-COEFFICIENT 'OF BEARING CAPABILITY, ANO -HE~ L DEFFICIENT
i.,DIMENSION CSS C OF
~LOST IN. FRACT ION. DEPENDING:UPONI TH~E DESIGN PKO8LEMt THESE
-~"-_Gk~PHS. SCAN BE-:USED TO OBTAIN THE M CAPRELATI ON OF PARAMETERS FOR A
OPTIMU
-~-`~,"PLANNED.. SUPPORT-
AINC L A S 5 1 F r-D -
A

77777=77
USSR
UM533.69-01+533.C62-013
PROSHM T. D.
v
-A* Calculation of the Uling Surface of Ydnbnw~ Drag: Ith tl- Shock-FI-e Leading
Edge"'
Who zap- Tsentr. aerogidrodiiiam. in-via (Scientific Votes' of the C,~-ntral
_AeJ~Phy~Lvdym ~_a - Institute), -.,Vol '3 -~ ffo6 1972 ('rpm &-,ferat ivny.,,r
I , J.
J 'J pp,la2
_3,~Abst NO~4 13)
Zhurnal Nlekhanika, 110 4 197 ract B3
Translation: The liroblem of calculating the surface form of an irif initely thin
e
lifting i-ring ~rlth a shock-free leading,edg; in a supersonic flow iaa given
-ial is ~ ken as a ce:rtain nolv-
potential distribution is examined. The potent Ut
nomLal.guaranteeiije, shock-free flow past the leadinE; edG-ej whille the coeffic-
ients of the polyno-dal are detemined from the conditiorr. of minimum virg
dxag, with a given liftixi~,, force - Me calcul6tionc =y be:cmrried mill- for
and a suliersonic. trailing
wings with. a vvept leading edge, having a brealt~
edge. . As an exmmle the calculations for altriwi lar winir vith a vubsonic
gu
leading edge are presented using a diff rent ti=ber of poly. iomial tems.
-----------

Corrosion
USSR UD C 669.018.6:62O.L94.2
KADIROV T., and Pjg�ZjjSKIY. B
11C
orrosion-Resistance of IYAD 23 Alloy Sheet"
[Tri] rk Iof-Tashkent.Polytechnic Institute),
Tashkent. politekhn. in-ta.([Wo 9-
19-70,_vyp. ~ 77,. pp 90-9 2
_(f rom Mh-kfetallurgiy- .:No lj:-,Jan-J2, Abstract No
-7 6*by:I--"N
1~ 6 1AaAovaj'.
1
Translation of Abstract: The authors investigated the resistance of VAD23
alloy to general corrosion (GC) and stress corrosion (SC). Specimen!; of
1-mm-thick clad sheet, prehardened in various'agents (water ar 20 and 96*,
oil at 20% and liquid nitrogen at -196) and aged.under the following
procedures: 140', 18 hours; 160% 10 hours;~and~200% 10 hours,: und(.-_-nrent
CC testing. Losses of mechanical properties~were determined after specimens
had been held in an NaCl solution for 150 days. SC susceptibility wils de-
termined by the "arc" method, with specimens-periodically submerged in a
3% NaCl solution. Changing the hardening agents had practically:no effect
on the loss of mechanical properties.:.Specimensiaged.junder':the procedure
-of 140*~for 18 hours.:proved least resis.tant. to'.
CC (loss of was 4-4.9%,
and of 6 31-38.5). In the case of specimens aged at 160* for 10 hours,
satisfactory, while the mechanical properties of thase
CC resistance was
1/2

fj
USSR UDG 666.1.001.5
M, UTSYNT, 1-1. A. Candidate of Technical Sciences: FRYS~KDN
Instil"
Engineer, State cientif ic Research rute '0 Gliss
~ZA ZHIYEV,: k. G., Engineer. Bak-ti. Giass ..Plant
"GlasslTypes Which Absorb,Hsat Rays
-Moscow Steklo, i Keramika -17
.No 11 Nov' 70,: PP. 15
glass for the
Abs-trac t: In connection with the increased use o.JL
Fa-eing of building.exteriors,*t-he Soviet Union hab on, barkod upon -
--pro
duc4-ion of heat-abs rbing winds
he 0 Ow glass. The Baku Glass
t
47, Plant-was picked to inaster -the prodtiction~of this t.YP6 of glass.
In the article are presented results of -laboratox-,[ researi.*,,h on
the development of compositions of heat-absorbing,glaos, And tho
technological parameters of the industrial produotion~of heat-
aViorbing'.-glass at the Baku plant. A, comparison is made with
this,type produced by.foroign;firms., 2 bables. 3
guros
54
IJill, -.mi

"OD7
UNlCLASS.UFfEB:! PROCESSLNG f.')ATE--;-230CT70
iTLE--USE OF PHOSPHORUS COMPOUNDS'
fOR:PRUOUCING LIGHTING~ENGLNEERING
--:4-UTHOR-~(00- TSAR I TSYN M.A., ~~~Ai A4 I v SOKOLOV'v M.S.t HAPIROr M.D.
'-'-tOUNTRY* OF INFO-USSR
,-,SOURCE :STEKLO KERAM. 1970, 27(3) 3
~~QATE PUBL ISHED ------- 70
--S-UBJECT.AREAS--MATERIALS
T._OPIC'-_-TAGS-~~GLAS& COMPOSITION,: OX I DE: GLA~$ COMPOUNDo GLASS
A
UP CITYi- GLASS PROCESSINGor LIGHT'SCATTER,
ING GLASS
CONTROL MARKING--NO RESTR ICTIONS

--230CT70
/2 -007 UNCLASSIFIEO PROCESSING DATE
1: ~Cl IRC ACCESSION NO--AP0116717
BSTRAC.T/EXTRACT--(U) GP-0- ABSTRACT. CONCO. SUPERPHOSPHATE CONTG. P
-Z#46PERCENT WAS USED
'--SUB2 0 SUB5 49.05 MINUS 50.92PERCENT AND CAO 21.7
OPACIFYING LIGHTING ENGINEERING GLASSESL. IT WAS DRIED AT 400DEGREES
,:.,.~-AND SIFTEO THROUGH A SIEVE 81 MESHES-CM!PRlMEZ. GLASS BATCHES WERE
P R E P D.;, 0 FTHE CHEM. COMPN. SIO SUB2 60.:8-3.2, B SU132 a SUB3 4-468t AL
O-SUB3~'7.--9-8t- P SUB2 &SUB5,5-6 ICAO, 2 . 272 .6 0 -NA SUB2 0 10.7-10.8t
'AND A
X SU82.,G 7-1'~ DDNL- F 1..5PERCENT.~'- J-THE; MATERIAL WAS; MELTED AT
14,70--~90DEGR EES.
~V

USSR UDC 621.315.592
Mn'VIDSKIY, M. C., OSVENSKIY, V. B., PROSIIKO G. P., KHOLODIM, L. P.
'Nature of Defects in Gallium Arsenide'Sirb6gly Alloyed with- Telluriuz~'
leningrad, Fizika i Tekhnika'Polunrovadnikov, Vol 69 No 2, 1972, pp 224-228
Abstract: A complex study uras made of defects in single crystals of G_-As
.~strongly alloyed with Te by joint measurement of the internal friction mLd the
photoluminescence spectra in.certain samples. The crystals:were investigated
-it treat-
both in the initial state after grcnith and after varioas ty'es of he,
In the grown GaAs cr I carrier concentration n < .5-1618 cm-3
_ysta a with
:.---_6re-.of .-the:basic electrically- inactive forms.of occurrence 6f LIW Te atoms is
8 1018 cm-3
the.pairs.TeV With increase in to p,
Gn
-defecta are" forri.ed. Preliminary
more complex complexes of Te atomr, witICIattice~
high-temperature quenching has a -signif icant effect on the j)iLture of the trans-
''formations taking place during subsequent aimealing. ~Ilie naturil! of the centers
fomed during heat treatment: depends. ow the, concentration Of th,.t., alloying ad-
raixture in the crystal. The. radiation, band, with a pedI at -1. 2 electron volts
-in the photoluminescence spect rLaa of Ca" alloy6d with Te is nol: connected with
TeV pairs. The role of the centers of-, radiationles~; recombination can be
Ca
1/2

- - -- - ---

Acd.. Nr Ref. Code: VA -61-211
PRIMARY SOURCE: Antibiotiki, 19701 Vol 15, Nr 41 pp Z
CHEMICAL STUDIES ON SIBIROMYCIN, AN ANTITUAOR ANTIBIDTIC
Al. 0. Bf6zhnikov L N. Kovshdrov~, ff. V. Konslanffnouq~ A. S. Afezetitserj,
Pova StEkh
V. V. Proshlua .......... . .....
Institute for New Antibiotics of USSR A6demy of Medical Science~, M)scow
A nCw ntiriFN ornycin wa isolated. 141. has1he loflowing empiric
XCH-OH
formula: C24-23H33-3sN306-7. ma, .230 -and ~310 mV. Sibiromy6n posse-sses amphateric
properties. pKa 7.5 (in 75 per cetit,ethanol). It contains I amint, 3 C-melhy~, and 2-ace-
ntaining derivative, with a composition of
tylatiny groups. A crystalline. sulfur co,
:The ultraviolet !ipectrum
C, jv-.mNjS0&-D and a melting point of 20Y.was prepared,
20
13 Identical to that of an antibiotic, fix] A100t2*.(c, 0.15, DMPhA).
'EL/
9820428

DA I !:--11`970'
MATE;-PUBLISHr=D~~_--_--7P
itOBJECT AREAS--BIOLOGICAL AND MEMCAL SCIENCES
!-Tin PI:C-'.TAGS--FUNGICIDE, TOXICITY,~ C14RoMAt0'GRAPHY, SOLVENT.,EXTRACTIONt
PROX Y'REEL/FRAME-1985/0417 STEP NO--UR/0220/7.0/039/OC]2/02:13/02q9
CIRC ACCFSSION NIO--AP0100899

::UNCLASSI F10 PROCESS I IN:'; DATE-11SEP.-O
RC-ACCfE:SSION,~Nn- AP0100899:~
:~ABSTKAC Tt-EX-TR ACT-- I U) GP-0- ABSTRACT. MICROORGANISMS IFUNGI AND
rBACTERIA)p P,,*E!S I STANT To THE ACTION OF: DENDRODOCHINE, ONE Op THE mo S T
JOXIC FUNGAL POISONS, METABOLITE OF DENORODOCHIU4 TOXICUM PIDOPL. ET
BfLAII SU3STANICE IN' ~FHE NUTR
- INACT;IVATED DURING THEIR GRGWTW THIS - I EINT
INACTIVATION COINCIDED
)4ED IUM DENDROOOCHINE WITH THE PHASES OF
J_z_-.,_MrCROBIAL AC' HY AND BIOLOGICAL Tl:STS ON
-TIVE GROWTH. -CHROMATOGRAP
L A B 0 R A T ORY ANIMALS-REVEALED COAPLETE DENDRODOCHINE INACTll/ATIr1N INI THE
GROWTH MEDIUM WITH-'lUT FORMATION OF.ANY:~$IDE TOXIC PRODUCTS. CHLOROFORM
EX-TRACT :FROM; THE MYCELJM OF-. THE TOXIN INACTIVATING FUNGAL STPAINS AFTER
GROWTH ON THE MEDIUM WITH DENDRODOCHINE ALSO DID 140T CONTAIN TOXIN,
-...,..-SUGGEST ING IN THIS CASE THE ABSENCE OF POSSIBLE ADSORPTION OF TOXIC
-SUBSTANCES BY THE CELLS. AN INCREASE,OF:0XYGEN CONSU'4PTJ0N BY THE
~--~:~%MYCELIUM'_OF THE TOXIN INACTIVATING STA:AINS WAS PE:CORDF-D Dl_JqING THE
I~TNTRODUCTION.-OF DENDRODOCHINE 'SOLUTION AS A SUBSTRATE AS ls,'ELL AS A
x
SLMULTANEOUS~- DECREASE :OF DENDRODOCHINF.CONTENT I . THE REACTING MIXTURE.
HENCE-~ ~,OXYGEN: ZON SUM PT [ON :IN .-THI'S CASE WAS AN INDEX OF DENDRODOCHINE
DECOMPrIS-f-TION AND DENDRODOCHINE--INACTIVATION:WAS DUE TO ENZYME. .
PROCESSES.-
1.) 1 1 1 L I

uDo 621..391.812.624
USSR
`0144 PAVEL YEV, A.G. [Members, Scientific-TechnicalSocioty Of Radio
1mgineeringp Electronics, And Oo=mmicatibit i~;eni A.S,,:: Popov]
NTo L Oalculation Of The Power Of A Radio, Signal Scattered By, A Statistloally
Uneven Surface".
Radlotekhnika, Vol 27, No 4, Apr 1972, pp 30-40
Abstract% Scattering of radiowavem at a statistically uneven surl'ace Is oonaid-
ared within the limits of the Kirchoff approximation. In eontraal, to other Works,
a. solution is found for the short-dietance- zone (Fresnal zone), w4are throughout
the . effective region of scattering, the angle subutanti~jlly changou between the
normal to the mean surface and the direction of obvervation. The proposed method
of' determining the energy charaoteristioo of the field iwkes it possible to show
the principal p4vical regularitiao of a givan problem - the condition of a
regular mirror image and the conneotion of the coordinaLes of the dispersing
eection or it with the inolinotion, to the median plane,, without introdaction of
simplifying auu=ptions concerning the independence of the refloo-biona from the,
separate aeations and the uncorrelated randont heights and inclinations at the
neighboring pointe of the surface'. OonsiAeration of the,* correlations between the
-rarAom heightg and inolinations made It, Oaseible to f inii the . arror of another
work:connooted with the incorrect interpietation of Thai role. of e elf-shadowing
duting acattering of radio wdT613*5,figP.2 'rOf R060 iVOd:, 24 ~Tuly 1970.

7
USSR UDG 621.385.623.4
ALFEEROV, V.H., VLADI?41RIS2V, M-iB.' ViSa'EVSKAYAL A.M., FROSIN, B.V.,
=17, G.P.~
"Concerning Phase Stability Of Power,KI a-ronit
y
Elektron..t Iekhniks. Nauchno-tel-chn. Iab. glektron. SVCh (Electronic Technolog:r.
Scientif ic- Technical Collectionp Ylicroviavo'Bleatronics)p 197011acue 11,pp 136-139
(from RZh--Elektron'-kn i yeye primeneniyo' No-2, Februar 1.971, Abstract No 2A171)
M
Translation: Data are Dresented characteristic of the dependence of the phase of
tpr4~. signal on the magnitude :of the, anode voltage the:exciting power, the
tho - ou
-k~cusing-reglma,--tho filamant-voltago,..~azid;Aho teriperst-are of the cooling iKater.
:Th' para-tus for phase mea6urementais 4~oribed,~', Ilia oxperimento were conducted
a.~ap
On'_Type IM-lati Alystrona.

V
TJSSR UDC: 577 4
~PROSI
"A Rational Number of Ty~pes of Co=-anded Media";
resheniy (R*~
V sb. Issled. o-oeratsiy (riodeli, sisteMy search on
Operations (of 11:1odels, ;:~ystemsjl and :6olutionsT--~:collection of
'6'- patei Cent r, 1970,
H e of Scien
works) 10 1, US 3, a 8,7 2 0m e
'38 Load L11V tr No 7V470)
p -57 (from RZh--IIate*z-atiIka No '7.,'1972: Albs act
p
11 4,ype JS
Translation: A game model of the "Att.ack-Def erise con-
sidered in which the essentia.2. moveat is: the choide of non-
standard ..,eanon characteristics coBipliqating tbe co' tness
rrec
of
their- i6entification b-.1 th6 enemyi on, the bne . hand, and. the e co-
novaia`~ -disability, ~ of- the absence: 6~ 6~,the: i)MICIv...
of solvin thefj6.:pr6'bI6m9 twith,,'diff'I~olvb informa-
9
tinn nn. -1-11.3 evp Q i iq A oz. i o- i 1: i p d (Fro*m Vne j-ntro-:

J.
Z7,
..UMR
'A -G- 'PR r
Osklm Av: M.
;;~ -
GOLII
sly
Atimu
"Electrobmincz~cence ai~& ez p0 iiity of mods Tkiet.,
Iat6
1- nsk Zhurnal Prildadnoy S~ek-troskop#; -Auftust,'-1972
pp
ABSTRACT: Phked -poly-orystalline ta-blets~ were used as corr-rei-derJ:. sarmoics in
-in, ation of cort!"aictiNity in
the comlex stutr of electrolvialreseenc6 ~ d stis-ml,
Z,.nGd,9. As an the authors studi4d the e* ectralwrd- rj~scerice near the
bhot th
cathode - and. the f-;t-,. pulat~ on of conductivity in 1,occn~uctiP.-, tablets,
Zn3oCd7oS as -,, base at a ta-inereture o:t',77"K.. To obtain thE) ta'O'Lets activa-
ted poi-idor was first sijbjected to a pressure of 2010 afmospl and then sin-
tered -vitile bein-. hoated to . 700'0. he,' electrolm not:Icence wmatra of Zn"dS,
-ZnGdS-Sw.- ayid-ZnCd3--Cu,.taIbI6bS cOnSistea of ban-ds with a Y-vix-in, tum near ~1~30 in.
and -i~ iiss (I
RahcLs -,vith m a)dma at 4503 490 580' it, spectivel~ ve-x obnerved r, t h ru
~P~-Ctoco'Muctbivity mwtra.
1/2

'USSR UDC 535-376 + 5315. 377. 4- 537-226-8
-NYY,, M M. and PROSKURA A.: I., Institute
GOL I 17MAN, A. G., FYSh
:of PhySiC3) Academy of S,,-iences Ukrai~nlan MR-;--Xiav
"Excitation Spectrum of Cadmium.8elenide Photoconductivity and
0
Stimulated Conductivity at:77 K11-:
Kiev, Ukrainskiy Fizicheskiy Zb_trnal, Vol 16i No 3P Yar 71, pp
..:503!-505
Abstract: Soviet photoresistors of the FS-D! type were used to
study the excitation spectra of cadmium selemide photoconductivi-
ty and stimulated conductivity at-77,0 K in.the 500-1250 nm re-
gion It was found that stimulated.conductivity builds up to
sat~;ation under light excitation of any wavelenGth between 700
and 1100.nm. The current stimulated to satu~,ation in cadmium
selenide cells does not.depend onithe excitation wavOlength be-
700 and 1100 nm. ..The:'red stimulation boundary is situated
nm. In the photoconductivity spectrum the photoconduc-
-tivit peak is situated: around 800 4m,and thp red boundary near
Y
10
50

UDC: 535-376
USSR
GOLIMU, A. G., deceased, PRO KRICHEVE11S., A. M., Institute of
A LI -
the UkrS�'R,' Kiev
Physics Academy of Sciences ~of~-
"Interacti on of Electrolurmineacehce and Photoconductivity.During Switching
In_ZnCdS_ Mn Phosphor C stals'
~Cu
Kiev, Ukrainskiy Fizicheskiy Zhurnal, Vol 17 No 7,.Jul 72 mp 1148-1151
Abstract; Conductivity switching is studied in polycrystal electrophos-
phors. It is shown that conductivity can be amplified by absorption of
self-radiation by a photoconductive electrop~hosphor and induction of photo-
current. The photoconductivity accompanying.induced~.electroluni4-nescence
was sustained by the effect of the-electroluminescent emission. The trig-
-gering of electroluminc-scence vas,atudied as well as the spectral char*ac-
of switching, temperature quenching of highp,conductivityand the
kinetics of conductivity. ZnCdS!"Cu,14n.:solid solutionr_~were studied at
Switching was based on,amplif cation of dark,conduction by a factor
771K.
5 10
Of W-10. in the presence of a%light'source. 'Either.the;action of the
light was combined with a constant electric field (40';_kv/cn) or else the
plied after:111umination. Electrolumrinence)ace occurred
electric field was ap
simultaneously with dmplification of.cop(luctivity. It~; is shoim that the
feadbhbk~beti~e6n e~ectidlumiiaesceace
ness:an :the se1f-indud6d_:.photocu
d

UDC
552.
USSR 321.6(234.851)
BAIMEY117, -M. K., ABRAHKIII, A. S., IrOLODIUA: I V., ~IOI OV A. M. , and
PROMM, G, F. MOSCOW Geological. E?Tloratibh Instituteiimeni.S. Ordzhonikidze,
Gomplex Geological Exploration,Expedition-
-i~iie of:Local Aeromagne a An6malies. of Ahe W6stern Slope of
ogical,Na
thern -Urals .-(the Verkhnyaya'/*~er/ F: chora. Riverloasin),il
Moscow, Izvestiya Vysshikh Uchebnykh Zav6defiiy_-Geologiya,i Razvedke., No 10,
-06t-73 41-48
pp
Abstract: A report is Eiven on a detailed investigation of the aeromaLzIe- c
anotaulies on the. left banak of the VerldlLn-ays. Pechora river, on the wate-r
div.ides of its left tributaries -- the Vyderlya, the Templya, and the 11'an I skaya
Volonitsa. The area of development of stratiffed metamorphic rock posoesses
on the whole a negative r.,agnetic field, which is of a strongly varied nature.
-s nre to be
Numeroun local vositJve aimmalio obzorved against the greaerally
negativo backaround. Two typen of anoinulipp are to bo ~qtion- the
moist. intonalve onos: inotatric and linearly, elongated. Tbo Jt;cj.riutri(.- and
t t
Ii magnetic anomalies are d fl-monp jlrjEj t,
near Cocribod., Wot hy of note tic ger
-hi h brin about til oit-Alies are the
-Objects V c _'g Ioh,e -local, positivip.-magne c an
:.T
'i~vqhskiye hyperbasites. 4 figures 3. tO'Ie' 12 refe* nce$.
s r n

Acc. Nr: -Abstracting'Service:~'.'. Ref. Code:
000420717. CHEMICAL ABSTI. uif .3
85558k Effect of the zinc plating method, on the corrosion
resistume of zin witinks, roskurkirn, N' 'Zholudev, IV ZR.;
-&- -; -P;
Gorbunov. N, Arses. I InqL rub. I
19
U, R . z Ach ~Rqs~), The 10 X 40
nim rods'.6f. Steel' were- ' P ted"by OectrioMic and dilffl:sion
InIethad&s wi.td1i -an viithout ;- t'ireatlneintaftelhvard~, andihen
subjected to the corrosion test.4 in. tap DnicprRivier water cclhtg,
saits 212' 02- 11, fiec-1-11CO; ~7.4, Cz 39.3, Fe OJ, and Cl- 18,25
mg/l. and, having' hardnes*S basicfty 1-2 ilig equiv,t], and
.
R 7,17. Tile best. corroion ~resistance was sK) vn by diffu!;ion
p
coatings obtained i~ a Zn ba~kxanw, 01.2%, Al,'Rod heat-treated
at, W for, IG nlin.~ ~Corrdsion rate 0 0090 ~ in2 hr~ ~corr4iiion
)':~Tlkrio~restre'Riqance 9/-F
depth 4J,ju t Wii~, hr, 15.2,u) were
those obtained: by t1w -electiolyr.ic , method -~~ftliqut ht-at treat-
nient, but their treatxntUt:atSW' for 20 min ingriued~the rcsis-
tance by 2.4-fold.; Gwerallk :c
oatings of a% houwge
neo 0
us layer of a Q 6d kood corrosi'n reeisiance.
Pietkiewicz J
-~.REEL/FRAME
4~ 1
J 751 -79-

USSR UDC 547.241
XARLCTEDT, M. B., PROSKURNINYI M. V.0 and LUFMOj I. S., Moscow State
Universi
ty
."Dialkoxyphosphines. II. The Addition of Malkoxyphosiiphines to Aldehydes"
Laningrad# Zhurnal Obshchey.KhimU# Vol'42(104),~Vyp ;It 19.72t p 2418- 2421
Abstracti Dialkoxyphosphines react with~aldehyde8 in:Inert soki,ents with
a:st=ong evolution of beat in.the: &bsencle. of. a bass catalyt~t as followst
(no)-yu 11,C110 11,C11(011) 1'(011)2
Honitoring the reaction, using the IR sj*ctra at 222O.cm7 (the P- H band)
andat 3300 cm-1 (the 0 - H band), shows that the reaction is yrcactically
complete: in an houx. For example, the reaction of dibutoxy~hosphine with
isobutoxyaldehyde. followed by treatment with trimethyliodide foxms the
CK -oxyphospbinate and in addition tW c>