SCIENTIFIC ABSTRACT FR:ALEKSEYEV, N.V. TO:ALEKSEYEV, A.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002065900018-6
• Release Decision: RIF
• Original Classification: U
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTR

USSR UDC 53~~.27
BARZDAl`N, P. P., r1.LE~SElEV, N. ~'., LE~'KIN, N. P.
"Attachment for Direct Recording of Gas Electron-Diffraction Patterns"
Moscow, Pribory i Tekhnika Eksperimenta, No 5, ].972, pp 223-225
Abstract: An attachment is described for continuous recording of gas electron-
diffraction patterns the sensitive element of cahich is a scintillation counter.
The variations in density of the vapor jet from the investigated substance and
the brightness of the primary electron beam are compensated for by application
of a two-channel recording system at the output of which ttie ratio of t}~e .in-
tensities of the scattered electron emission recorded by each channel. is fired.
A specinl module permit:: measurement of the accel.eratin~; vol.ta~,c (wi.t}~ ati
accuracy of ~l a) directly during the experiment, I3y using the dc~sci ibc~d ~1~~vicu
the scattered electron mission intensity can be recorded as a function of the
angle of dispersion for the low-volatil~ materials to the regions of ttic angles
of dispersion corresponding to 28-30 A
l~l
- 168 -
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ANGSTEZUM EACf-I) ANE) LIES I,V A SY+~1~~tETRY PLANE OF THE C SUNS 1[ SUE35 ~tIVG.
THE C SU35 Ft SUE35 R IVG I S NOT E'LANAR. ONE: C ATi7M l [ES I'V n E'I_ANE
Ffsst!~IfJG A C1IfiEURAI Af~GIE: OF 24 PLUS U!: ~dINUS 4JEGREES Tel Tyt: PLA'~[ 7f
OTHER FtIUP. C AtOMS, WHICH FOR'~I A BUTADIENE LIKE GROUPING. I'NE GE-C
BO`i) i`URt1S A'~l ANGIF rJF 52 PLUS Ott ,MINUS 4DErC,fZEE S TU Tt1E Pt_ 11NE= CC (~:,E: ? C,
THE TN::EE C 1T11'~IS ~~~ I~+:, ~ ~t:AG'�1t:VT OE= TtiF C Sl!f;? N tiJ!~'~ 't I V;:. i Nf ,.
30fvD LENGTHS IN THE C 5UN5 N SUE~5 RING ~1ttE 1.50 nN[) 1.46 nti,>>i~t~)~.
UNCLASSIF
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~ /7. 0(~9
TITLE--E=LECTkGti UIFf-;ZACTI[)~
'NEGATIVE Gi_C SU~3ti N SUE35
AUTHiIft-tO5)-l.1iTYfJYUK, YU.A.
Vk:~JYA~'IP~k(1V, .J.N., fZC?PJOVA,
COUPJTftY OF IiJt-O--USSR
UhCLASSIEICU PRUCESSI~JG f)ATF--OZUCT7O
STU!)Y DF TNF STRUCTURE Uf= (t:ki SU1331 SU-3~;
CYCIt)pI:NTAUi(.NYLTRIMETkiYLGFR~!ANIt1'�1 -U-
STiIUCiIKOV, YU. T. ~ A CKSEYLV, tJ.V. ,
SGURC E--Z N. S TRUK T. KN i ~H. I970, 1 1 l 1) , 1?. 7-9 #
D1:TF F'UFL I Skkk:i)-------7U
SUi3JECT 1~REAS--CHEMISTRY
TC)r IC TAGS--FLf:CTt7l)~J 11(k~Fi{,1c,t11:i~J n;Jr,LYS[S, GI:R'~1+lwluf~l t, )~'-';11";~)1 ~! 11_k-~i!t ~,R
sT,~I;C.Tt.1P,F, C.t~t~'.PL,EX t.r;t,i~~lUNf), c;YCt.IC c~~~~~uP .
C ~ rr.,~F ! ~~kl':r~--�,~l~ � , ST'li rit;~~~5
~...
OC.CU'~L,ir CL~i1S -U,i1.[./+)~~I~iiil
PR(1XY KEEL/F~tA^iC--l~)ts7/t)315 STEP ~yU__UR/i)1')~'/7~)/JII/:~,~1/~-I17/:)I?_�~
CI[tC ACCcSStG.'~ r~[;--:tiPO1O3`17O
U~+CLnSSIFIFU
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USSfi
ALE}:St:Ytil', N. 1'.
ttUSC Qf t�t3them:?C3CSl ~;il~:1t_liiia CO }!CCCi'fllii~' L,OIlE~ltil~l?nal l~l~i~l~ii'Ei'it ilt`~ Illlt 1.I;.
Twist:inJ; of Taps"
1'r. Ufim. t1vi,~t5. In-ta ~Iti`c)rl.ti of l)fa Institute of ~1t'l;,tl~,ll~, I't;'1, 11~ ~~.',
PP 101-104 ("I'r;m~;latcct f~rc?ul Itcfc'rati.vn~�~� ~hurn:ll ~It'}~ll,ln]}.1, "~~, c,, 1'ti"i,
AJ>stract No SV4 73, Ity ~'. t3. Gcrc~nt mu�~ j .
'Translation: '11.~o nlcthods ;lrc ~,tudicd felt proeturinc; pirt.ur~�`, e,f the' ef,~l,l;,n.it:c~li
of the cross section oi' r, ri~ 1 ~ t:ed rod 1,~~ mathemati c:?I ni�clc� 1 ~ i,l; ;;le't h~)cl~ : l )
appli c,tti on of t hr c l c~rt.t�c?h~�c}rocl~'n;lmi c antll c,l;y ,nld ? j utic` c)f c' ] c~ t rc)nril`nc t l t
modclang w?ttl i)n clcrt:ro,n,]);nct1C iwo-d,l;icn~;ional ~'I,rtrx 1~,{�itl ]nt~s`,r.,tc~l. 'lhr
erpcri cncc l;a l nc�~i l n uc. l n1; hnt:h lfl{:t.hod~. has ,hct- n that th~�y c .~n he tiuc (c '~'~, l u l l ~
used to :;lady t,,}~_~ clur~ nl; ti.`, ~,t:.u?}~, but t hr a .c� ,~f the ! nt ~�y;? r,tc,r h.i', ~i~,i,l,t 1 c ' �,
advantages. "i'}?e c;uant~t;,ti~~c' resutt~. proclur.ed r,n cl1~.placci~,erlt�, �i~ tc�~�t.11 e~i t.}IC~
taps itt the ax?al dl.rcction r,ll~;ti t:hc neccs5ary d,lt~l to lac })rc)c}i](I cl ic)r thr
creation of spec,?1 des ] l,ns al' taps t�~i th cl l tered t oat h 4;c c~;nrt r~', carte";}x,n~l i n�
t;0 the ~TE'.U:ilet.3'~' (~i, 3 t~:i~' ~��i~tl'Cl tt) 1hC' )ll'l'C'�`Sill'~� till!',IC lIl till' l`;~}~U~ItC' lllll';-
tion. Tt11S aSSill'Ci ittt' i-_ ) �; ;';.,: i ~F?~ f;C'+)1liC't l'~' (}il''] ilz, Clli `. 3Ii. c}t'i l l _ ~' ~ t~~i ;~
tsnd 11>viy ~.rrr~1�ovc sccciti�ac~' oi' Ll;i; l,ltrc:r~cl l,t~aclllcc:ci. j l,il,] i ~a. I ,.~1'r .
7.~1
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~~ pO46433,
Soviet Inventions
Derwent, / ~ ~O
~R
t
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., ,
UR 0482
Illustrated, Section III Mechanical and General
244011 SH[ITTER CONTROL DEVICE for engine coolant
system, comprising body connected to coolant
system with a series of thermostatic elements acting
on a shutter control rod, differing in the elements
being in a sealed cavity separate from the coolant
system and filled with an intermediate passive
fluid. This iapraves reliabilic}�. The device
consists of body 1 with coolant inlet and outlet,
thermostatic elements 2 set in sequence and acting
on shutter control rod 3. Elements 2 are placed in
sealed cavity 4, separated from the coolant system by,
gall S, and filled with an intermediate passive
fluid. With the engine running, as the temperature '~
regitae changes, elements 2 move shutter control rod ~
3, altering the degree of opening and thu~ regulating
the quantity of air passing through the cooling
1.2.67 as 1131345/24-6~AL~EKS V h'.P~~29.9 t69) But 11/
14.5.69. Class 46c. Int.CL.F
19'78
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Acc. Nr. ... Abstracting Service: ~~, Ref. Code
/q~P~�4~~~~i CHEMICAL ABST. ~ ~ ~ u R D ~ I ~''
!1 _
~~-
i
b' r
~~ 88546c Effect of metabolic inhibitors and ouabain on ~.be re-
ceptor potential of isolated frog ntu6cle spindle. ~~,~~~,
_.._~~_h1a~.arc~v P. 0 (De Biro ,h~~.,s~ ~cia entn>rra
'~`~tate . ntv. cntn ra~I'~'C~~Sxt t!o ~t �,1 ~ .~; . i, ..
uss . er ustan o tco ate ~ro~; mtts~'ic spindle with Ringer
sc~ln. contK. ;im:lf \'a:`a or fl:.',tn ~f '-,4-dtttttroS,itettol clc~rt~a,cd
the arttp}nude of lire it}petpalarixatcvrt f}itaCe of t}te re~c}~tor
potentiai and then reduce~I the depol2r�atton }~ita5c~ and the
amplitude of }>otEntial action ~~'itlun l ntut or :~U---lll ~c~=. resp.
Changes in the receptor potenttal ~~�ere reti�er5il~le (~ttabaut at
l,i � ~i decreased the }~)'t~t'rp'?iarizatu~n phase ni thi mce}+tor
Itotentta! fi,r the lst -l�-5 nttn Sur, thc,t r~cluc~�~a 11~c cir{~~,larizztu~tt
phase atul lire action pc~t.eithai. ~~ a5lt~tt~, i~
fnr ~3{}~~t) mui did nr,t rc5tore the recc~ptur c,r arti~n- pc~teutial.
"I~he observed effects on rec~.ptc~t' S,utctttctl t~rol,al~i~ result {rc~~n
interference of ouabain and the metalxalt~ inltilntc,rs B 111uitt"~
.~-~
REELIFRAME
~~
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USSR
UDC 5+7.739.3' ~3]~~' X21
I7ULEAIICO, V. ?'., ,l,~E�t' ,~~~ N N,~, and HARANGt1, S. N., Don�.tsk pra.r-ch oi'
Physical-Organic Cher:~fstry, Institute of Physical Chemistry, Acad. Sc.,
UIcrSSR, Donetsk
"Selenopheno [ 3,2-cjp^�yliu?. Cation --Anew Iieterourom~.~tic Sysi:~.:i�"
Riga, Khimiya Geteretsik].icheskikh Soyedinet~iy, No 7, Jvl 71, pp ,?)'T--)~3
Abstract: Acylation of 5-methyl-2-aeetonyl derivatives n{' se].eno~;hcne (I)
With carboxylic anh;~ciricies (II) in presence of equimolar qu{~nt;iti~~~s oi' nerch-
loric acid (III) yields selen~pY>,eiio(3,2-c~pyrylitm~ perchloi�atF.:�s (]:V). `ihe
reaction is ca'r.'r�ied out rii~ root:, ~~~~;~~c:rt.itiirc: by adding (I) t;o ~~ rrc:vio>>rl~,~ ~~re-
pared mixture of un equ:iv~tlent urnottnt af' (7:IJ:) t~iicl crcc:r~r; (17:) . 'i'h~s c~.~r~iic:~i,ux�t:
of-the prod~irts .ins si~nro~�tf~d b;f 71Z r>pectrc. An intensive band at 1020-1f~].6
cm 1 Was assigned to s;~r,~.*r~ctric valrnce vibrs,t;ions of i;he ;r~;; r; ] i i~t;; cses ~~,.,t ~ot.?=ti~.l 1,~,su~
r-~,
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s~,rsterns witi~ a.r,,;~;?;:r I~~.~rr~::.,r~'n~:: o; a s.J:.ion linQS oi' l.~GOnkv land hi~t~ier 7sr.j,11"c.�um ,rie core.
lmate],y 10 ca:il.l,ion 4cw. p s~ apprax-
1/2
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USSR

TPOITS}:IY, A. A. , et al. , TePloenergetika, F~ussian, ~~o S, 1971, pp 4-10
groups of basic equipment and also to develop and introduce aew t~-pes of
auxiliary equipment and nec~ arrangements of the vain bui.l.dinr. The necessart�
refinement in ttie assignments for equipment development for series gas-oil
units have already been introduced to a large extent, and they will be brous~ht
into further accord with the manufacturin
of the word; of the All-Union State Institutelfor theaPl~nningoof1Electricaion
Equipment for }Ieat Lngineerinn Structures by the 1'echnica]. Council of the 1
USSP. Plinistry of Power Engineerinn. Further improvement of the inde~;es of ra -
densatiou electric poi,+er plants can be achieved by improving the heat eCOpo;,,yil
of the turbine, locaering the calculated hydraulic and aerodynamic drab; of the
boiler and the high-pressure heater and improving the efficiency of the auxi-
liary machinery. The conclusions drawn with respect to composition and technical
specifications are based on both Soviet and foreign experience,
2~2
-158-
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Poker

USSR
UDC 621.311.22/,1.3.001.12
TROITSKIY, A, A., ALEKSEYEV, I. A., IODIDIO, E. A., Engineers
"Planning and Designing }iigh-Power Condensation Electric Pot~~er Plants"
Moscow, Teploenergetika, I;ussian, Ptio S, 1971, rr 1~-10
Abstract: A study is made of the problems of planning and designing hiF;h-
power condensation electric pocaer plants. The selection of the optimal poker
of individual units and the condensation electric roc~~er plant itself, the
equipment of the main building, the arrangement of the equipment and the tech-
nical~economic indexes of condensation electric rower plants arc di.sr.ussccl,
Layouts of t}ie plant itself as well as schematics of individual. units and tec};-
nical specifications for the plants and units are presented.
Considering the proposed new technical solution, the censtructi.on of
condensation electric power plants with 800 mel;ak~att units operating on ~;as
and fuel oil will make it possible to reduce the specific Beat cansur~pt.ion icy
~-~~ ate: tlt~ specific capital invest;~ents by 10-15� as ~oa;nared to conclensatio:~
electric paWer plants equipped wi,�th 300 megawatt units. In order to attlin
these econa~ic effects, it is nPCessary to redevelop or rriodernize individual
1/2
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USSR UDC 621.3$5.832.032.36.002.237(088.8)-(47):621.397,62:6'1.397.132
~K ZHUKOVSKAYA, E. I., GLINKA, A. P., MORO7,OVA, A. V., and
R TSEVA, T. Ya.
"Luminous Coating for Screens of Cathode-Ray Tubes"
USSR Author's Certificate No 275240, filed 7 Mar 69, published 18 Nov 70 (from
RZh-Elektronika i yeye primeneniye, No 7, July 1971, Abstract No 7A284P)
Translation: Tne proposed luminophQ covering consieta of 2-component (Vz11~012Ce--
64..-T4 percent, Sr~(FOa); ~--30--1+4 percent) or j-component (V~A155012 .Ce--
60 to 7iQ percent, Sr ('G~)2 . Su--20 Lo 1~ percent, 'JtSiG~Ce--~O ~0 1~ ;:arcant)
mixture oP luninopho~s. The high effieianoy and short time of ai'terglow,ar~ountin~;
to ~.1~--J.20 xicroeacond at a level of five percent :rom tho brichtnaee e t the
moment of caseation of excitation, mat:ea it possible to increase the ei~nal-to-noise
ratio in all the color channels o: a television picture tube and to improve the
quality oP the image.Tha method cP precipitation in water of a solution oi' a silicate
oP K and Sr(~~G~)2 is used for deposition of the luminophor ccverinE.
1/1
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USSR UDC: 621.385,832,032.36
~~''Y.,.s;:I� ~~. , ZHUKOVSKAYA, G. I. , GLI,~i'~t, A. F. , t~fOROIUVA, A. V. , RUidYA1dTSRVA,
T. Ya.
"A Luminescent Coating, for thE~ ;Greens of Cathode Ray rubes"
Moscow, Otkryki~,~a, I~.obreteniya, Promyshlennyye Obraztsy, Tovarnyye ~,ns.ki, ~o ,?~',
1970, Soviet Ytatent Igo 2'j52~0, Glass 21, filed 'l t~iar 69, p 58
Abstract: This Author's Certificate introduces; 1, A luminescent coritin~ for the
screens of cathode rRy tubes based an cerium-activated yttrium altuni.nate :`7A1,0~r�Ge.
As a distinguishing feature of the patent, the effectiveness of screen emission, in the
blue region of the spectrum is improved and the time of afterglow is r~yducc~d t;y in-
troducing the phosphor Sr3(PO,,)~�[;u into the composition of the coating. ~. A modi-
fication of thi.a coating distinguished by the fact that color saturation; is increased
by additional. introduction of the phosphor YzSiUy�Ce. 3. A modification of coating
~o dist;ng-uishc~d by the fact that its ingredients are taken. in the following pro-
portions (in percent by weight}: YJA15012�Ce--60-70; Sr3(POq)~�Eu--30-~iG. 4. A
modification of coating No 2 distinguished by the fact that the ingredients arc taken
in the fol~rn+irg proportions (in percent by weight): Y3A15C12.'Ce--60-70; Sr~(P04)z�Eu
--20-i5; YZSi05�Ce--20-15.
lfl
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APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138002065900018-6

1/2 0;?1 UNGIASSTFIEO PROCE~SSIt~G ~7ATE_.-lc~`~it~TTl)
TITLE--FRI~F NUCLE�1~ PiZECE55IUN 5ENSClFt KITH A h[)TATI~dG SAMNIE~~ PtKt-O~~'~1tNt)
l~EASU~tE'4E'sTS I`; ~+ ~dClf~lUi,IF!)R^1 MAGNETIC FIELD -U-
AUT~u~.-t+~~?)-~~~SSl;TrYV, A.YA., ALEKSEYEV, G.V. r~
~::x~.
COUNT~:Y t~l= I~lFIj--USSR ~~ .,
SDURCE--i~ru'~1AGVET1i:`1 I 4EKGN~iMt1A, VU 1.. lil, Nt). Z, 1`?TQ, ~. ~:i7--~"-'
DATE PURL ISNED-------74
SUBJECT AktAS--EARTH SCIEtiC::S AND OC~APrO(iRAPNY
TOPIC TAGS--MAG!`ItT IC FIELC), S [GNAL S~~APt, GEiJ~MAG~dETIC ME:{SUr.EME!~~T
CG:~T?GL ~~S,~Re; I ".;,;--E;,' KESTi? IC1 Iu-~tS
DOCUf�tiEt1T CLASS--UrdCLASSIF IED
PR[)XY REEL/FkAriE--I`~~7/O15Z STEP 'IO--URIO~a3/7OIt)IJ/!)~~J~3~0IJ3~ ~~
CIkG ACCE:aall)t~I r~(1--AF~O11~1~~8
u~C1.ASStFt~a
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USSR
~Lr:KS1v~iEV, G. V., et al. , I zvestiva vvsshi.kh uchebnv}:h z~~~~c~dcni~ , ?:a:lic~f i.zl.~:~~,
Vol XV, No 2, 1972, pp 3UQ-21U
a broad wave ran~;c and for the var:}ous mentioned surfaces. Thc~ results of
recalculatin}; ~bac}scatter in the mean square value: ~f the anf;le of i.ttc]ination
S are close to the ci,lta obtained by the optical. ~,~ethod. T'he demon-
mean square
strate~d characteristic nonstationarity of the echo has a sis;nificant effect on
the shape of the experimental distributions. The: method o� s}�ncltronUUS proces-
sing permits considcratic~n of the trentioned characteristic. 'The expc~tiia~~.ntrill~�
deterttu.ned distributions confirt:ted the throretical l~t�incil~lc~:> of si};n;~~ struc-
ture and they permitted detcr;.tination of the leve]. of the rc1 ].ectc~i cor:l,onent
as a function of the radiat:ior. frcyuency and type of rei"].ecti.~~f surface.
r f..
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USSF
UDC G21,37J.33~,4
'~ 'Y G. h., VULhUI'St:IY, S. A.,l_HIJf;f)~iS}~ZY, A. P,, OP:t11'I;TYI:';1;O, p., t.~
It , I~toscaw Avie~tion Institute
">;xperitnentai Studies of t:lle Effective 1?,aclcscattcrin~ I';~ttern Width of Surf,.zces
and t}1e Uistribtrtion of- Reflected Sif;naJ.s i.ri the Meter and Deei.metc~r ld,lve l:anf,c�s"
Gor'ki.y, ~rvestiya vys~;hikh uchel~nykh lav(deili.V itadiofizil,~, Vol ,l~', I,o ?_,
1972, pp 20U-210 ~-~ -' ~ -~L.__
Abstract: A study was made of a procedure for det~~z�mi.nir~s; the b;~cl.sc�attc~r
pattern of. a surface usins; the doppler effect. P.es~:lts are preseTiteci fror.~
expc:rimc,nt,~,l. rtudic.~:; i~Y the wavc�r.att,,e f.rr~;u J.J. era tc~ 1 rnc�tr�r:; cihavc~ elf f f~c�rrnt
typ~~rt of tturf;tc~~s, (t.hr~ :;c~;~, I~lcrc~eclf'Lol.d:;, fore:-t ;ir~~l r.ancl dlinr,:;), I:~~:;,,Jtr; ,~r~~
pt~e$erit~ryd also f resat r~:easur. inf; the ratios of thr_ levels of the ref J c ctc~~! sand
scattered components of t:hc~ echa on the basis of tlye distributian 1,~ws oht:~3Jneci.
~J~11C p05:;]bllity of remt)t.e dCtCJ'P.linatian Of t.hc statlsl_it!!J Ch~ll~iCtc'1'ff;t]C:; (~f
thfr surfacEt is indicated,
Tn practice, e::peritaental. determinationsof. the effective wi~itl~ of the
backscattcr pattern an the basis of the doppler effect c~msidcrin;~ possible
madulation of. the saundinf~ sif;nal are possible, }-:xperir;f~ntal valu~�s of
Ubackscattc~r (the effective taidth of t:lre b,lcf;scattcr pc7ttern) are presc�nteci in
1/2
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('r . .~ . M: 'I Q1 1y IJ .1 tl. 1,1 r � ' / 1. 1~ J~
,
.... G -: 1. -1 1: /. �., r, ~.1 ../ C Y.
f
C ;I:.,,i ro
!-� �
4 U ~ {; .... ., E ..l 7 .r 6 ~ L v, G ~ 0 J ~ .. C r;
1
N
{
~,r
(i
'~J ~'
�
'n 1
f) �-..
~~ ~~
r~
I ~1
APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138002065900018-6

~..EKSE`IE~1, G. V.
1 .~ 1 p

Q >..... C -~ G c .+ C .C m

p C t. C V- 'L ., W G V G G E ��~ Q% C
^ u
C m
E i
1~ I .,, ~ .^ v.
~ , m
G a C
+- .
~. .. C

~ a j~�~+EL 'n LEc _ ~ .r CuL
.

1 n
E G E ~ E L >< ~ C
-{ c
^ V
~" ..+ L
.. 3 G r, q w 7 ;J 1. .. 3 :. .+ 7 .r 7
v +S

. ~
;.. M
�r., �a :. C u 4 C r u Y ....~ r. E: d C C K (.
~
J L.~~ a+ G L' ~J Q a~ G T ti' L. () ~+ C 1>] ~ G E � J: [ '~ L+ ^J (C

4
r
p 1' " G o C ~ ~ ~, w r_ ,..E L n y
,
.. z

^
p,~
y v � .. :. m C c'
r c L n, U> U H 0.N e, E
t- C H c. ~, u � -~ '~
_ G 1
_ v. 0 0 1. , p
i" ~`

1 N
~ b
a t .C �� ~
17 4 b
w ~
wl ~ ~ r .. 1
�
.: . T ~~ ~ r1

rf ,.~ ~ r v. ^. r- "' 4 L
~ Y ':: ~~ U G i
O n ~C
G 6
N r r .. s .. '. t E
~ .. L Cr X G I ~.
Gi � U
~ ?~
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h
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APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138002065900018-6

APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138002065900018-6

UfiSR
UI1~ 621.~71.;~2.~+
M ~ a . , VOI.~:GVSc;IY, S.A. , Z;i1,J1~:OVSI:IY, 1~. P. , C'.~GI'?IYEI;i~G, Y~'.I . ,
~~~~ .D. ~t~toscarr Aviati~cu lne;,ituta~
"~xperi~ental Invettig:~tio7e 01' The Effective ~~idth 0: T}io Surf acc Back
Scattering Fattcrrls And Tha Distribution OF keflact�d Si~;nuis Zn The l~Seter rind
Docitneter Range"
Izv.WZ: Radiof i2il:a, Vol 1~1', Igo 2, Feb 1972, pp 2U0-~21U
Abstract: An account. is ~,iven of a method of d�torn:ining back Acr~ttariny
petterne (89F) with the aid of thv Doppler effect. Tlia s;~ecial f�,~turea ox' tho
eguipment for procesainl* tho fli.f;nal are shown. E~;paric,:~;nt,al valuo~~ of th.e
effective width Oo~ wora obtuir~ad at wavelongthri of 2 ro, G~ cry, ~~ cir,, and 11. j
otg~ and Yor variou~: tsurfucee (e~aa, plowed fields, Bundy-eolonch,~}; trrrr~~in
with large erAacant-shaped sand dunes, sparse forreot ~nu:~.rc~r]j. Tire flir}if,n
Nero horizontal at heights froty j00--2000 to and at opceda fro;n ?_Ci0-4U0 I:ra/hr.
The retr.~lte of conversion o:' Oop into the ang18 of eloho are close to data ob-
tained by the apt:Eeal method. The exparimantally obt~~i_n~;ci c: i.r~trils~~�ic;n c::~,''ira:~~ci
the theoretical cancept:3 concerning the ai~;nal rtructui�e and cK~da it, poursiLle
to datQrmine the lovol cf tli3 ~i.rror comlronente a8 e function of the rz;diutic:~
frequency and the type of roflectin~~ r~urfaco. It fa cocicludc~d that experit..~ntai
deter~ninatiana of the c~ffoctiva width of the ASP era fc:apibla in prectica on the
base of tho Do~:plcr effact Frith possible modul~:tion of th~.~ prabin; ai~i~.rl.
lE i'i~,. 2Q rof.R�r,c-~~~od by- editor~~,ll AuL G9; uftar cn-~r,ulidr~t.ion, ll Gc.t ~1.
1/~- - lUG -

APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138002065900018-6

USSR
ALEI'�SEYENKO, G . I1., et al., Avtomaticheskaya Svnr}:n, No 9, Sep 72, pp 2~J-22
and grain size near the fusion lines. Tn the study of weld ,joint r.~echanical
properties it was established that the alloys containing; T9. failed prirr~~ril~�
in the seam and that these alloys tend to form }>,ot crn.cks during; weldin;-. In
contrast to this, weldjoints made from the Ma-'Lr-C alloa~s ~inder~~o failure both
in the seam and along the fusion lines. In summary, additions of .ter refine
the structure of the seam metal and heat-affected zone, facilitate the fc~rr~~-
tion of a substructure, and increase strength and ductilit~~ of the weld ,ioints,
while Ti additions have a lesser effect on the ductilit~� of weld ~;oints r-~ade
using the Mo-C alloy. 1 Figure, 2 tables, 6 biblio~;ra},hic references.
?~2
- ?_~ -
APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138002065900018-6

~~ '
USSR
UDC 6C1.791.75i+:669.2n
,T , ~ ~ pp G ,, NEROr~.idKO, ?~i. Id., Institute of Electric k.;ldin~ imeni Ye.
O~~~n; -BII~~~A, T. /~., A'ial'TSEV, M. V., and SHCHITI:IN, A. A., 1�~oscow
"Properties of Nh-C, I~lo-fir-C, and Mo-Ti-C tdeld Joints"
Ifiev, Avtomaticheskaya Svarka, No g, Sep 72, pp 20-22
Abstract: The effect of zircot;ium and titanium on the prornrties of weld
,joints for a mol;rbdenum-carbon alloy was investi~-ated. InE;ots of the a11c~ti1~
were produced in an electron-bew~ furnace and rolled into ~`leet 1 m~ thick.
The sheets were welded usin3 a tun~;st;en electrode in ~>, controlled helium z~t:~~os-
phere. One heat of the trio-C a11Oy COTIta].Iled 0.0%7,n C (heat 1); two heats of
the Mo-Zr-C allo;r were made, one contairinE; 0.04 wt~~ C, 0.lb wt.r~ 73r (heat 2),
the other --0.5 wt ~ C, 0.34 wt.;~ Zr (heat 3); and two heats of the t~,~.~-`~"i-C
alloy, one containinC O.Oj wt ,~ C, 0.014 ~'t �~ Ti (heat 4), the other--0.0`,5 wt
C, 0.026 wt N Ti (heat 5) . Alloying; with Ti and Zr inc~~cased the weld ~ioint
ductility but reduced cold brittleness. Ti was less effective than 7,r, which
is probably associated with the fact that small additions o,' Ti increase solu-
bility of carbon in Ido in the solid state or bond the cai�t~on into carbides. Ti
and Zr also increase stren;' t,h! 0~~1~ ,i ~~1
:. ~::,,~ ~_ rcul ., t, L 11 >t
S ,.~.",h~'- - .� .~ .d ,iUI1L1. 1'f ~ �i: ,
tQ1T1 ~ ' t1 'r LU':~d �iT1C% 1311 !1i i ` ~ , t, , `~2. `,~` , -~,,, , ,
,~
ter ~~ FIl t,:. '.. C.~~.,�m,: is ~~' ":i ,t. ~ Ca.1.2'(_'Ci.1; i v i of ~ i Ct l I k ~ ~ ~ '
dUCt:1 V 1 L,d , rI w1 tI1 ~ ~,, t?fi`.:E' CC1IlI1C'Ct�e~ ~ ' " �
c ~, ~~' t ~i,~ ~~rcw i cie~ t,wo ~:~
t J1:t~"%3" !Ii '.Ci!' ! ~)19))Itt'lt,~)Il '.ircui. t ~.;.~ '�~~nn~ t'
rte`' t,f1f' romps.ri3c~n c~a r~'ui ~ �!.
;'t,1llu ~,i~ 11 ii~ll;~.
of the ;aut }:ut, trc~I1:~ ~;t;or i.n ~nrallf' 1 c~i rcu; t, rc�11;i ~ !
conrlE~rt'~U Ga 1~i1+� c1~1.1ec.tur cat- T II., Fv;�~. ,I.~.~
of the l~,dc~itiorll~l tr~.ul~:istvr through a I
ar~d dior.:e, the c~Ilodp �f the diode being
transistor.
1/1
()~
APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138002065900018-6

06/23/11: CIA-R~P86-005138002065900018-6
UDC: i~c,ne
USSR
I.
CHFGOLZ~3, F. M. and ALEK~ Y-�.-~-~.---
n for ExtrapolatinC ~.inctions Specified by a Di~,ita_i Ccde"
Device
a a.zobreteniya, gror�'iYShJ-enr~Yye obrsztsy, tavrrrnyye znc~ki,
Moscow, Otxryt1148, No 3'13733
No 14, 1)73, P
To improve its
Abstract: This device contains t~.~dn~nory cells in series. of
' to tha circuit with its input cctinect~=~'~
a third cell is introduc it.r>.l.--annl.o~, unit f
accuracys
to the input of the second cell and to an input of a d~~;
computing polYnomi�ris.

1/1
APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138002065900018-6

2/2 022 UNCLASSIFIED PROCESSING DATE--23t)CT70
CIRC ACCESSION NO--AP0110109
ABSTRACT/EXTRACT--IU! GP-O- ABSTRACT. ANALYSIS OF THE TRANSIENT
PROCESSES ARISING IN AN h STAGE APERIpUIC AMPLIFIER DURING AN
I'V5TANTANEQUS CHAr~GE IN TIE PHASC ANf) AMPLITUDE OF AN EMF ACTING AT tNE
AMPLIFIER INNUT. Ti~E EQUIVALENT SOURCE METHOD IS USEb TO DERIVE AN
EXP4ESSION FOK THE tIME VARIATION OF TOTAL VOLTAGE AT THE OUTPUT OF AN N
STAGE APERIOUIC AMPLIFIER. THE EXPRESSIO!v IS USED TO STUDY THE
I NSTANTANEL'US Vi7LTAGE AT T fiE OUTPUT r AivD AT TENT IUN ( S G I VEN TO THE
EFFECT$ OF CIRCUIT TIME C~]NSTANTS ON THE Tn ANSIENT PROCESSES. IT ISM
SNOi~I`J TriAT THE DESIGN OF APERIODIC At~PLIFIERS INTENDED FOft USE WITN
INSTANTANEOUSLY CHANGING INPUTS SHJULD STRIVE FOR MINIMUM TIME CONSTANTS
OF Aft ISOIATI~)N CAPACITOE< SINCE TNIS REDUCES TfIE INTENSITY OF TRANSIENT
PRDCESSES AND THUS LOWERS THE LINEAR DISTORT[O'vS ARISING IN THE
AMPLIFIER.

UNCLASSIFIED
APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138002065900018-6

I~2 022 UNCLASSI F1Cn ~ROCf SS ING UAtE--23()Ct70
~I;T.f--PcRIO(}IC ALT ION OF S!?VUSOIOAL EMU'S UPIIN AN N STAGE APEf~IUUIG
A4PLIFIER -U-
AUT~C~--ALEKSLYCV, G. A.
~~
C~3U!VTRY CF INE~I--USSR {'~"'~"
S�It1RLE--~~-Oiur:LEKTPC'~IKA, 1`101. 13, JA`s. 1470, P, 30-3b
I}ATE PULL iSNE~J-------TO
SUSJELT AREAS--ELcCTR~?'~ILS AVD ELECfi~tICAI E~VGR., PHYSICS
T~PI~ fi~'1S--E~.:L1~;'~.~TIVE rOKCE- PE~I~IC ~'J'iCTIf"~- EL~CThC?'~I:: �~`~r'~IIFIF_R,
ELELFRC~~IC T�c,~SIE~T RALE~lT IO~i
~3Xfi-`T~~L ~~.*~t'r;.--h.: ~'~STRI~.TICti'S
~lOCU~E~T CLASS--U'~CLASSIFlEq
PRDXY REL/F~k~lE--1991/OI43 STEP `i~,~--U~/~7~52/TJ~013/J00/0030/J03b
C IRC dLC ESS I0~! NO--AP0110109
UIVCLASSIFIEO
APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138002065900018-6

APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138002065900018-6

APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138002065900018-6

APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138002065900018-6

i1SSR
ALEu~SEYEiI, E. I., et al, Radiotekhnika, i Llektronika, No 5, ~-97o,
pp 1044-1051
the resonator to improve pumping efficiency, 1E~ads to complete
confusion inside the SPA. and 5P3~4 rubidium sublevels 'out has no
effect on the junctions between them. This as;~umption is bayed on
the r"act that the average energy exchanged in ~,he {-h~r~n~.l motion
of the colliding nitrogen molecule and the excited rubidium atom
is comparable to the 'Leeman and very fine aPpal�ation of the two
sublevels, but is much less than the differencF~ i.n 1.hc>ir ei~+'r~rieU.
To simplify their calculations, the authors ma}:e several further
assumptions that at each moment, the number of rubidium atoms in
the exc.ted state is small compared to the number of atoms in the
funda~r~ental state; gnat uniform relaxation occurs in collisions
of the rubidium atoms with the buffer gas and the walls of the re-
sonator; that the fileration is ideal. They thus obtain expressions
for oscillation conditions, the width o; t're o,-~erating junction
lines, and the generated power, by assuming a uniform magnetic
2/3
APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138002065900018-6

i
USSR ~ ~ UDCt 621, ~73.02go67.00i.5
ALEKSEYEV E. T. and BAZAROY, Yea No
.~~
"Theory of Rebidium Lasers with Opticml Pumping"
Moscow, Radiatekhnika i Elektronika, No ,~, 1970, pp 1C~~+~.-105]
Abstract: While the approximation theories of the rubidium laser
offered by earlier papers give a satisfactory account of the pro-
cesses taring place, they do not describe the frequency charac-
teristics of the laser and cannot be used to compute shifts in
oscillation frequency caused by optical pumping. The authors be-
gin their more detailed consideration of rubidium lasers with ne
equation defining the matrix of the basic state density for K b~~l
atoms. In the derivation of this equation, obtained from arl
earlier paper (Alekseyev, Bazarov, and Levshin, Radiotekhni.ka i
Elektronika, 1969, 14, 11, p. 2026) it was assumed that the col-
lisions betweQn rubidium atoms and those of nitrogen, injected into
1/ 3
_~~_
APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138002065900018-6

APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138002065900018-6

UI)G 532.52E
USSR
s }:himichc~,};i mi. Rc~l},t ~ 1 ~, ~~;,,i , "~c,;cl . `~~ ~ .
ALEKSEYI;1', B. 1~'� , Pogranichny~~ Slog .
USSR Gomputcr Ccntcr., blosco~+~, 1Jo7, 12S p~igcs�
ditions on tine mo~Tinl; sei~'f~sces, of which there.r~`~ f~'xc~.,t1lc,nc~unclJir~' c~o~1di-`
temperature or desrec of g,issi.fication fre~luen~l,
ions must also be cletcrmitied by solution of the l��ovl~~`c,Jut~1~m ~'~{'Tlt)ltc,`~1`}~
4 t
is dedicatcil to statement or tine problem and ntunel
e uations of a cherni cal ly non-edui li.lariur; l,olnt, t j,~ is`~~~~,~~ceciecith~~l i,rrsent;l~t,~`~m
q _ ]
of the theory of a non-it i~on~lfrom�thet~kinetic~theory o!' ;,~se~s Ind chrmic',,l
1 0~ the necessal�~~ itifolm,
.~ tics so that the monograph is cornplctc ~�, thln i.tscl{~. l~xtcn~.i1'c' nt.;~;~.'ri-
~ kinc ,
cal. computer model-in;; of the flows of mixture; o!~ };~isc": ~;itl~ che~l,nc~~ ~'c';'c,..
tiotls is pcrfornu>cl in the monograph.
Numerical result~; produced in calc~ilation5 of !~~�o;e~n ~in~l rclui lill7~iul�
- undar layers arc cumpared toith the results a!' talc"thc~teltluf1~nter(~ict~~e>n ,I
bo Y
non-equilibrium boutuiar}' layer. .l}`rl.llcntal11clataf onil5nturatccl t:;+t�h"'' ti'`'l'e'r.
! of molecules and diti'tr~;ence in cap ,,onc~tical heat-t,I'e~tecti~~:~ ~.o~�tin~~, r,n
~ prc;::urc, >!tit~n carbar~ ~.s use~~! r~s a h>}� ~:
'lr atpet~I'S U~ t}iC i)UUticl~ir~' };1yGl' :I `.~ `_~t'Idl,t:`(} . ~1 }iC' t. ('1'1;11 fl~i ] 2".lt(' r,1 11
I~~ p~ Tay ~h;isc, but c-n the ~,iu~(~rl~ I~ ;InJ ~ n l~r;i~c",
chemical rcactzuns not only i.n tlic, ~, - 1
2/3
-1.7-
APPROVED FOR RELEASE. 06/23/11 CIA-RDP86-005138002065900018-6

USSR
ALEKSEI'E1', 13. ;',
un~~ ss2. sz~
"The 3oundary Layer tJith Chemical Reactions"
Pogran:ic}lllyy S1 oy s fih~ mi.clleskiuli Reaktsiyanli [I:nr; l.i sh 1'~`r~:i oll ;1hc)~�i'J
Acad. Sci. USSR Conl~utcr Center, ,Moscow, 1167, 128 a c
p l; ('I'r.,ns l ~, t~�cl f ro~n
Referativny}' 2htlrn.)1, ~lekhatli}.a, h'o I1, 1972, ~Ibstract \o l ] }tt~SO }, 1_~~` th~�
author) .
Translation: In recent }�ears, the new science of aerc)tllc`rrlochem);,t r~� h;,~,
gown uI) at t:h~ j1.I11Ct I o;l of such sciences as the kinet l ~ t hcor~� of E.r,`,r~ ,
C}1ETI1Ca1 ~:1I1Ct:1 Cs aI1Cl ~;1 ~ C}yllilJlliCS . ~~ 11C I1Cw SC] cI1C'C St 1i~11C'S t:hc f l c,;; (}I
ga5eS at lll~;}l i/C;lOC1t1Cs, when ChCIn1C1~ CUIlIJ(`1';;JOI1S ~]]'C 1-~OS:;II)1(', lliit tU
the rapid dc:vclolun~'nt of -nissilc technology, the })robJc~nl of thcrnl;Il l~l�otc�c-
ti,on o� al)l
I
I ,
~;
,
.
,
~
Tt~ ~`M t `! ~ LF f
7~ iP~ Itti ~)~~�, ~ ~ -n
I T 'v;~1, (f~ro~. tZefc-c~::ti�.r'r;r; 'r';~_.....?___
G@Olot,l~' , l'+J ~, l';:-lY ~7 j, ~+~+`;t;T'iLC:t l'iO j7~_~.) 1)}' 1,11:, LilltJiO?'~'~ J
Abstract.. T!~e L)roi~le~~; of sc~.tterin_; of r+7_ane o111in'.~e':, ,'il,;, ,.'+.'~ ,~, ,~;' ~'~~::. ~'i
t~]C' OIlcL nUI]-Ur17.fOa'l:i C.L�.St1C t:rl;l. J_SOt?'O} .iC 8T%~1C:E: ~U1' l,i tJ1C 1!:'-:'i,17.:~. C(t:'~ (+:'
�1, tlcini 7_'t,1.C)21 ~.Fl;y'C:T) F;J.tJi ~i]'~1J.1;1'::1';J ~.c7.1;~;3 ~~' CI1(ln(;c: Of )l�t}~,;;11~1('r 'ii., j~;~tiLt].Ciii::
off' norr:~::l cc~or.linatet~ irs tllc 11'rpvtra^sa.c= About t,l>.c I~:L,.~rl,� c�J:`'.: ~cct~.:-;� ':~f' r:
refl.Crt~+.1 KF1Vt; Cfin 1)Ct J'f,IUCC'.)l to (1 CCTt:(iirl i/`''O'~(iJ.l r.:Ilr;lU?:':.~J. Ci;.;;C Li .l. t;}) t1.; tlf ~) f %,',
t1 ~'1~1.t:a'tir~~~ ~,~rtiv~ whL~'ll irl r'~'lnti X111 i,c~ ~t,tu' r1r1.1.'c)~(. C)i Itn url ~-..t, i 1'+)t�)n l;r�'1 i+~l.; r,.~r~
,~~ ~', ~.
uri~J.c: oi' ~.nca-ctUn,~~ (~tl;l ii;rru Ja;, Pc�~'1,u 1.a.c, ca.:J. al,ta.r;,, 1. (~;i;l ~- i ; ~~t:7.7.~x a~,d
Pasteurclla pcstis in l~lec.c"
MoSGOW Aed1.tS1T:~r:L.ti'a. P ~.razitr~lo ;i rZ i ]',?razii.~.I'IIV- ' ~ ~ ~~, ~~,~ i '. :~~ ? ~
Jan/rc1~ 73, PP ~; -73
Abstract: Sali,~o ellae ~,~�~ l:no,Tn to be 1~�esert i.n flee;, a~ ~'o^i o~' 1~~r1 ~~t:. .T-n
ea-Peraaaents carried out on fleas of ~er1;a-7.s and nits, ~;hc et'fc>c~~ ; off' ~,~~1.~~:o:~::ila;:
and P. pestis nn Each other upon mixed iz~.~'ection tiri~.h t}~c,:, o.t' ~i,Jlc j'.1~,;~ ;:cry
studie3. Sts_L�r~i.�~s11 r3 t;: ~,~tiiir;,,r:i,u.: rind S. en~;eriticiis ~~~~::,c: :~~ . l ; .
On ri:urul.tanec~u:~ zt~ ('eci;a.tsr~ oi' i,tic: lerar~ ~~r;(. <