SCIENTIFIC ABSTRACT OKOROKOV, S.D. - OKOS, G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001237910020-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

OXOROKOVP S.D.; G01MO-VOLUSON, S.L.j IARXIXA, T.H.j MPIX) R.A.
Interaction between calcium aluminate aM gypsum at bigh
temperature. Zhur.prJJa.kb1m. 35 no.2.,256-263 7 162.
(MMA 15:2)
(Calcium ahmL-iate) (Gypsum)

OKOROKOV, S.D.; GOLINKO-VOLIFSON, S.L.; TAMINA, T.N.~ CHEPlX) R.A.
Characteristics of the formation of ~calcian alual-tea during
the firing of chargeo containing gypsum. lbur..prilaAhim. 35 no.12
2654,2558 N 162. (MULk 15:121
(Calcium aluminate) (Gypsum)

LuRIYE, 'Yuliy Sergeyevich; Frinimill G.S.,
CKOROXOV, S.D., prof.., nauelm. rw.,. FtUiLNBE~G' A,.y
rI I-X-, te3cl-x- red-
[Portland cement] FortlaLdtnement. lzd.2.y perer. :i dot).
396 P. (HIRA 17:2)
Leningrad, Gosstroiizdat, 1963. 1

,OKTOKCV~ SvD,) prof*). GCLYYAO-VOLJFSCN~ kanda takhn, "Auky dotstnt) TARKIN,',
T,21,j inzho
Effect of minerali2ars contaiming fluorine on %be stabilitj and
formation of the aluminoferrite phase of porlaand conent clinkers.
Trudy MITSe=ent no~18:87-96 263& (PIRA 19:9)

OLIDSHTSYN~.L.7a,; UORONOV,
Yused portiand ce--ent. w,4t:n rrd-,;cee value of thP corffIc!ent
of 3aturation, Trudy Giprotament. nn.2712?-'~6 163.
(MIRA 17t12)

4OLMO-VOLInON, S.L.j ~XARKDA, TA.
Iftect *f fluorides -on aimeral forzati;~n in ~the system CaO-Al,2Or4IO,2.
TSement 29 -no,1:7-9 Ja-F 163. (XIRA 16:2)
2. Tekbnolqgicheakiy institut imeni laxwoveta.
~(Cement c3AmkerB) (71ourideB)

OKOROKOV., S.D.) GOLYNKO-VOLIFSON, S.L.; SATALIUNA, M.A.
Interaction of calcium aluminateB with VulfateB of *jere.-.ts
of the 22d group Df the DA. Mendeleev periodic system during
their sintering. Zhur. pri3d. khiz. 36 no.30-.2097-2103
0 263, (MIRA 17: 1)

OKORC-ROVJ S.D.3 I S.L.; SJ1,TALKINA, N.A.
Phase coy.-position of products obtainpd Jn thp syntheai.3 of
calcium aluminates from charges with added sulfates. Zhur.
prikl. Wm. 36 nio.12:2587-2595 D'6~1. (MIRA 17:2)

OKOROKOV, S.D.; GOLTMO-VOLIFSON, S.L.; TARKINA, T.N.
Possibility of directod change in 'the course of mire-ral formation
in the syBten CaO - Dokl. AN SSM 150 no.5:1047-1050
Je 163. %V (N-na 16-8)
-1. Leningradskiy takhnologicheakiy institut in. TAnsovata.
(Minerals) (Portland cement)

4ri th;o rvotn'n I-f~f,-"
in the Ts"l-ni'llt 3 0 1" o
111 17: 1

GOLIDSHTEYN, L.Ya.; OKOROKOV, S.D.
Possibility Qf ccrside-4111y incrfaving the content of free C.'10
and NO of Portland ceiMInts during their manufacture ty the
. fuaion method. Doki. AN SSSR 159 no.2z420-422 11 164.
(KRA i7i12)
. 1. Prodstavlono nkademikom P.A. flo)blrvierom.

blJTTP TUO.".], Prof.- OXOROX011.7 S.D.; SYCIIIII-312 N.N.J '11VASHEV, V.V.;
I OTWA) N.N..' raI3.
[TechnoloBy of binding mattrials) Tekhnoloplia vlazhushchM
veshcheBtv. Moskva, Vysshaia Bh'Aol!Al 1965. 619 P.
(VIRA 18:10)

XARVOVSKIY, Georgiy ADtonovicbj OMMOV) Sergey Petrovicb; BOLISIM)
Ta.N.., YRIDKrl,, L.M., t,0MT--rOd--
lHandbook on ai3ynchronous -r.otora and start-regulating equivnent]
Spravochnik po asinkhronrrym dvigatellam I punkoregulirulunhche.l
apparatura. PosIma, Gosenergoisdat., 2962. 207 p. OMU 15:9)
(Electric rotors, Induation-Pandbooks, r-i-nurdB., etc.)
(Electric =tora-Starting deviceB)

ANASTASIYEV, F.I.; 'DROSTfO,, A.A.; ~VESJONEVSKIY,, S.N. j GELIMAN, G.A.;
GOFa;SHTEYNj L.A.: Zl~ENKOY., M.G.; URIVOYSKII, G.A.;
KIBLITSM, V.A.; =12N, P.N.; XLIYIYSLM, Y.N.; WWLEV,
S.A.; IGIOMi DIG, G.M.; KOREMSKIY, A.N.; LEYBZO.N, Ta.l.;
L17SHITS, D.S.; LIGE?140, I.I.; LOGINOV) 0.1.; MILICH) N.B.;
NATFEL'D, M.h.; OU I S. 101;YAX, A.B.; ROYMI) S.S.;
RYABOV, M.S.; MlItYll- (Y.14 SULODUX110, 'Ya.Yu.,- SOSKIN, 7-A.;
STASYUX, V.N.; DOLISHL'i, 7n.llll., red-3 GRACM, V.A.., red.;
"'OVERY H.L.,, red.; DCRICIM, 1, Te., red.; DAN11MIRO, A.I.,
red.; MAYUSHIN, A.M., red.; *YMBOVSXIY, F.B.., 743d.;
MMIDENDURGSKAYA, E.7a., rijd.; KNAR, M.A.., red.; BOHNOV,
tekhn. red.
H and bo o!k uz, Ie. c t - I c a c)-,' industrial enterjvlt~t-j
ln four I ,) tr,-,lli:~'L,,,i,.n,-ji'r".ii,~
mykh to-nalch. TkNj ob-lczh~_'k ri-d 1~"-
Borichevn i Vol 1. [Da!~iF'n
electrical of -induotrial emter,_-,rise.,3 in two parts I
P.roek'L'iiov:, i- -i,~-.-troustanovok prmy."hiennykh predprilati:
-v d-Takh Pt.2. Pod re"-,. IA.14",.*Z'vl'Fh3:-.z ! kir.
1963. 5?8 p~ (MIRA 1?:3)

OXIOPOKCV) IT. 1.
Coelentera-ta
Preparing living objects for the study of the theme "Goelenter~itn." E.9t. v.
shkole, No. 4, 1952.
9. Monthl List of Rusnian AcceBsIons, Library of CongreaB, Nnvamlwir -1951,2Uncl,

ONOROZOV, Y.I.
A now Bpecies of cestods., ?atria mathevolbsian" (fam.Amabillidam)
:from Fodicepe ruf1tollim (Pallas) [with 3nglish summary In InBerti.
Zool.zb=. 35 no.9.1299-1302 5 156. :CXLRA 9:12)
1. Xafe&ra moologil Chelyalinskogo pedagogicbeekW Instituts.
(Chel7a'binak ProTince-CestodA) (ftraslWas-Gro'bes)

b Ah.-
AbL; Jo-,Lr :~jf Zhur - TLol li~) 1,,;, .o 3`329;i
In:,- u P.~,LL. lmjtitut,~
f t'j, 7 j r
Titic Vcrnifu--c! Tr,at-,.-t C)
'u " Lu 0 cf 1 ~ ~l i ,
Ti,n~, :uiLl Productivit" ir. ti c ni
Ori...- Pub Uch. zxp. in-t) 155T, ~'o 1, '-7-)-1T)-
-io ab.,:ti-act
Card l/ 1

IZSR / Zooparasitology HaLminths. G-2
AbB Jour Rof Zhur Biol. I NO 18, 1958., 'No - 81707
Author Okoro)mv, V. 1.
inut :-CBe-Vh'Lb.' State Podag. Inst
Titlo : Holninthofauna of Wild Wator 7owl of tho CholyabinA
District ard tho Sonoonal Dynamics of tbo 1-bat Provalont
Diooanea Cauood by Tham
Orig Pub :Uch. zap. Cholyab. SoB. pod. in-t., 1957, 31. Wo 1., 177-ler5
Aletract : Whon 173 birds of 20 spDoloa worv dIBBoctod: h3 holminth
spocloo voro Idontifiod (6 tromtoft spoclvs., 27 coatc)do,
6 nomatodo and 2 acanthoco])hala spocion). 23 holnin'th
spocioB aro cc=on also in domoBtic fowl. Tho oxtont
of Jnvaalon Is 9D.7%, Tho higboBt Invasion intDnsit7
Is noted In August-Soptombure A list of yarwltoa Is
givon ard thoir bostq and the soasonal dynamica of tho
most Irovalent apoolea is indicatod.
card 1A
8

MATSVOSIO, prof.j DMICKOV, V.I., kand.blologicheBUkh nauk
I-
2leounic fonas of cestodes in water birds of the U. S, S. R.
Trudy VIGIS 6:IZ-330 159. (MM 15:5)
(CeDtoaa)
(ParaaltDB--Water birds)
(X-)Dtony)

11AIEVOSUI;, yD,N., prof.; . Yj~nd. b1clv~Ich,%3~1kh muk
1~
Twc-, xew spech-:i Cf CVLtC(!,D3 fram the little nrd
consi-darations on the Eenus Tatyja yL-walv,.;:jy7, 117r,.
Trudy VIGITS 6:131-138 ~59- , 15* j":
(Charnoy~-, - (Chc1-yabimr), FrovIncic)- Contr-da)
(; araoltcu- Grebes)

DUDOVIK. !WT': A.11 kai 1 . re I --v
F, o - iner.
e c ,,r
E
n ~i uk Is~oIrr,,ja~,~2h,-.My obya~~uljt~--- S~-n-rODI, 1.A
I' C 3 K A A,F.; prof., d0ktor
blol, nauk.
Mol. nnuk, dots.
';.Y a. Ell"IM V.'V~
kard. A.V., red.;hATvEfEv,
-r- 1. VSKIY, I.M., red.]
~~I'y A
Yrlv~41,rj Choliabinukol ob--
zd--io, 1964.
(MIRA 18.7)
Kafedra g co r
, * v-;t~l helynbln--kogo pc&igoglcheskogo
st-itut'a Tpah,.-i-ilk, Irlamin, Urin). 2. Ilachall-
nik goo z-,:~olafforazvedoch-
ncgo tresta 0t'.-)). 31, Ch-~"yabllr.,ka~a f7,1-1~lroaoochoska'ya
partli
~-'A (fnr Moskalev).
I n o t i t u t 'ri I I) ra I k-,, j,- o -f 113 a 1; 1 'Ii SLZA ( f o r Kol e s rdk ov
Kafedra zc-,*-' ~6i -ecda~o,richeJkOgO J-13tituta
(for Okarckcv, Shurnil-.,vii). 7, Cho.Jyabl=,kAy xybnyy
cr Y.1 4

t

1
3

3

17

ALEYSANDROV., G.N., kand. tekhn. nauk, dotsent;-.Q~9-11040V,~ V-H., Anzh.
Statiatical method for determining the dimenBiOnS of extra-
higb voltage power tranBminBion line supportB taking into
account the operating voltage. 127. VYB. ucheb. 2aV.; enarg,
6 no.11:1-7 N163. (MIRA 17:2)
1. Leningradskly polJtPNbnicheqkJy institut imenA M.I. Xal~lninn.
P,redstaylena kaft-droy tokhnVK1 rysc)kikb napryazhPnly.

CKORCKOV, V.R., inzb.
Evaluation of tbv economic offectiranseD of decreasing tmmaa-
ticn reaer7eff of pover transformarp. Isy. vyB. uchabs mavt;
enDrs. 7 mo.6216-22 Ja 164 (MIRk 17:8)
1. Leningradaldy polit--khnicheakl7 institut Inmi Winina.
Pmastavlens kafedroy ekonomiki I organizatBii emergetiki.

KAM!SKMA, X.P.; LEV11;SHTM;~ M.L.1 141KWILV, Tu.A.-, CMROKOV,
7.R.; 0.-iLOV, V.N.; POLOVOY, I.Y.; XO:,'IMIKO, F.V., Prof.
red.
[laternal overvoltngeB of high-voltage a.c. netwc)rkB) 2.961-
19631 Vrimtrenmis perenapriazbeniia -v elektrichaskikh setiakh
vysokogo Tapria2heniia peremennogo toka., 1961- 10,63. Ho-
s3cva, 1964. 24,1 p. (MIRA 18%4)
1. Akaderdya nauk SSSR. Institut nauchnoy informatBil.
2. Chlem-korreSPDDdent AN SSSi (for Xostenko).

Tli." M.S.S, A*G.~ ljlz~.
M~04c,dojogvj for planinp the ol-cratic-n of electrIc pwer
Blelk. sta. 36 no.8182-94 Ag 165.
(MIRA 16:8)

ALMADROV, G.N. (1AnIngrad)j__,OXOROKOV V.P. (Len!ngrad)
Method for selecting the optimm length
750 3rva overhead power tranBmission line
Eners. i tranBP, no.3368-?b )tr-Ja 165.
1. Submitted January 28, .1965.
of the cronsarm of a
tc-wer, Izv. AN SMR.
(MIFU 38:22)

Gus-Evp V.N... kand.tekbn.nauk; LISOMIKINA, T.V., V.R.,
kar.d.tekhn.rauk; SHAX)JIMP.AhTYAN, V.Y,,'., kand.tlp~hr,.rnuk
ilonBldaration of operatAng conditiong In the dog.,31en or pwer
trAnsformars. Elektrotekhnika 36 ro.12.21-14 1) 10.
(Milq,N 1%.I)

_ACC NR% AP6004118
SOURCE CODEt 'UR/0420/65/000/001JO017JO020
AIJTHORi M811nikov
B,
N.; lp~orokovj y~ S,
ORGI none
TITIZ: ROsults of a study of noAso generated by an AN-24 alrerrfr over
populated areas
SOURM S=oletostroyonlye I tokhn1ka vozdushnogo flotas no. 1. 19659 17-20
WIPIC TAGS: zerodynzm1c nolie, a1rcraft, turboprop engine / AN-'14 turboprop
aircraft, Al-24 turboprop engine'
ABSTRACT;
A great deal of consideration has been given lately to the i amaging'
effects of noise generated by civil air.-raft. The State Scientif, c
Research Institute of the Civil Air Fl,!et of the USSR in 1962 initiated
a research project aimed at ascertaining the magnitude of the noize
generated by the ANI-24 airplane. The test airplane, powered by
.-two Al-24 turboprop engines, carried on board a type-4111 conCen-
;ser-micropbone, a type-2130 spectrbmeter. and a type-2304 ncise-
level recorder. The AMG-SM tape recorder was used for merasuring
'the intensity of noise generated by the flying aircraft. -The ne!.r-
ground air temperature ranged from 131 to 190C. The takeoff weight
of the airplane was 18-19 tons.
The results of this investigation are shown in Figs. I thr agh 4
and 7hbleB I and 2. Total noise in-tensitieB are.deter.mined by ae
Card 1/8

M16004118
AV
JX
Fig. I. Test curves showing c', injeB
in maxi=m total noise level's -, )r f lights
executed under varying conditi,as
0 AV
Sound-preBours level, db

,AtC NR, AP6004118
Fig. 2. The area of fixed takec!f
trajectories and the corresponding
IV AV zone of maxinum noise levels af tcting
a populated region
I - Ascent with engines operatitj at
maximum efficiency; 2,' 3,and 4 - ascent
with engines operating at nominal
:3 AJ
AV A LL efficiency.
Uri.*
Ad N
Distance from takeoff
point, km
Card 318

ACC lqfi,~P6004118

l 0t
V)

"
JW AV OWMAX AW A
W
Frequencyj, cps,
Fig. 3. Noise spectrx prool zedby an
AN-24 aircraf t

Fig. 4. Variation of total Loise levels
with time Auring the flight cf an AN-24
aircraft under -varying conditions
=-W
&j
X
Q,
'V
<
0
vU I I. F I
Of V AF
Time, sec_

ACC NRi AP6004118
A~- -
:L-t.V

fACC NRi AP6004118
I .
T
I
I
-Or
~ .!I,
Ver
I

!ACC NRj A116004118
'lable 2. Haximum noise levels at Ji.flerent disc-ances
from point of takeoff

Distan'ce from Maximum noise levels
-takeoff point, km db YX db

110 123.5

3 0.5-ID4.5
ID 112-117

4
97.3-101 105-113
5 93 - 99.5 100-5-10-3
6 93 - 9B.5 99-107

7
97.5 105
a 96.5 102.5
9 95.5 101.5
sound-pressure levels of the first, second, third, and eighth ctave
frequency bands (20-300 and 1800-9600 cps). As the flight Ititude
increases, the effect of the sound-pressure level in the eight', octave
diminishes due to the more rapid attenuation of the high7-frer. ency
noise inthe atmosphere. The primary source of low-frequei Ynoise

ACC NRs ~,IX004118
fis the propeller, -while high -frequency* noise is produced main
i
-by the compressor and turbine. Tests have indicated that the aak
..,noiBe level of the AN-24 does not exceed the permissible noist. .evel
.'set at 112 PiN db at a distance of approximately 4. 5 km from * point
-of takeoff for an ascent along a slanting trajectory. For an ix3i ant
along a "steep" trajectory IwIth engines operating at maximurr
efficiency) the noise would.not exceed the permissible level,at
,distance of 3-3. 5 km..fron-x the takeoff point. OrIS. &it, ba si 4 f lZures
and 2_tabJ6-S,--EA7D-P=Sj 4180---
2LY/
SUB COD'Ei ,DJj,20t2I I SuBM D&TEI none
Card 8/8

ime of ~)f tile,
UraTdTI7. 233,, Uraiiiu.-,i and Pliltnnil;,l a
at tix for Venro

041 MOATIMR,X.G.; OK(MCKOY,Y.Y.j SMCRUCB-
rMeasuring total neutron cross sections of Isotopes in uranium-
23:3, uranium-235, Plutoniu*-239 "by the flickering 'bam method]
Ismerenis polnykh neltronufth sechenli isotopoy )araua,-233, urum-
235, plutonii&-239 mtoaom x1galushchego p-cbko-, doklady, predstay-
Immys, 830 na Xesbdunaro&uuiu konferent ailu o zi=OMU ispollyji>-
V"iiu mtmnoi anergii. Xom~:--&, 2933, 10 P* ficrofils]
OURA 9-3)
(Nuclear pbyBics) (Uramium) (Plutoni-um)

AUTHORi KIRPICHNIXOY,I.V.,,O-OROXOV,v.v., BUXBORUCHXIN,S.I. PA - 2306
j~~ ve Number of the Fission Neutrons of
TITLEi me ff ements of the ffect ~
Pu if the Energy of the Fisaioning Neutrons lies within a
Range of 7 to 30 e7. (Izmereniye effektivnogo chisla vtorichnykh
nextronov ],,u239 v oblasti energii pervichnykh neytronov 0t 7 do
30 e7, Russian).
PERIOMICA12 Atomnaia Energiia, 1957, Vol 2, Nr 3, pp 247 - 252 (U.S.S.R.)
Received: 4 / 1957 RaTieved: 5 / 1957
ABSTRACT3 The authors measured the enor&rj dependence of this offectivm
1 9
number : 6-
off a T fl . Hersi7-denotsa the average number of fast
neutrons per fission, 67 - the fission croas-section, the
f
absorption croBs-section.
Ex-perimental order3 The measuring method has already been described
in a former paper. Measurements were carried out by zjeznB of a neu-
tron selector. A special scheme of a quartz-abock-generator was
devbloped. An intense flashing up of gamma ray-B frow a beryllium
target (whereby the impinging of accelerated deuterons on the
target is indicated) was registered,by means of a scintillation
counter with plastic scintillator. The momentum of the photo-
multiplier set thu generator in operation after formation in the
integral schene. Measurement of the fission crozo-section and of
Card 1/3 the flux of the slow neutrons is also discussed. The elaboration

FA - 2306
)194purezent of the Effective Number of the Yission Neutrons of
N239if the Energy of the Yls3loning Soutrone lies within a Range
of 7 to 30 eV.
of measuring results is then discuzsed.
Measuring resultsi The measured values of C';~E and C-PE are il-
lustrated In form of diagrams. By comparing the results of the
present paper with the values of I- f/6-8 found bX means of a fission
chamber, it can be seen that for the resonances of Pu 239 irdoes not
change much in relation to the thermal values. The results obtained
here are compared with those of other authors bj means of a table.
The fission effect was measured specially for the range of from
13 to 250 eV- Most of the strong resonances of pu239 have a marked
fission width with the exception of the rsacnancqD in can* of 42
and 44 eV which may possibly belong to the isotope Pu240.
Conalusional The radiation width Ir is -not strictly constant,
but chanTO-2 markadll from level to level, a fact which mu3t further
be investigated.
In consideration of aelf-screaning of the resonances and of the
contribution of U6 non-resonance-dependent term In the absorption-
C&Ta 2/3 and fisalon cross-seotion it follows that tbo data of the present

P.1 - 2306
Measurement of the Effective Num'ber of the Fission Neutrons of
pU239 if the Energy of the Fissioning Neutrons lies within a
Range of 7 to 30 ey-
paper do not agree with the results of other inyestigations con-
cerning the determination of energy depenaence of the effective
number Yoff of the pu239. (4 illustrations, I table).
ASSOCUTIOWs
PRESENTSD 331:
SUBMITTED:
MILAILE:
Not gieven.
14-7-1956
iibrary of Congress.
Card 3/3

2TTLE- A Rdsc-' 'Ind,.ila~,ocl O'w'illa"'Or w"A", a Qxart,-, -.~~;-A (I
modulirowa!iny., --enurator o 1z-,7artsu:-i)
0
P--ibo-zf J. ~'el,:hnila ul:s erimeri ~ri, lir
(US SIR)
ABSTRACT: In so7-ic ir,-11b1c!-,-,, of p1qsion iL A.s
~E::nploy a WIVRI FM accu.-I-Ittel.,-
br,ited tine Ope of the -methods of gercratj
necessary wa-7,~f.")r:n is to c;-,iploy the 3tandard*ui3c.-cze
iti accuracj may not alwa,,,-, b,
The aut,uor a rinr~in- circuit en,)loyin- a quart7.
cryjtal as tae resonant element. This, is on a b.1-:,c
in,,,- o3cillat-or which permits the -enorat).ori of a Si,~A-L- --~!
(about 5 ~L s) havil",*-an aM. )litude of V. TW~ ::-,tl
t
is suitable for excitin,,- the crystal and iL i-,;
-7 -1 - I
lz,onarate frequencies up t3 4 11c/s. A detal~le:' circu-'
Erain of tne device is nno~xi in the fi,_,-tLre on 1) 4(.;.
crystal in the circa'.' reoonate3 at I Mc/s. Tne
tri,,;Sered by a positive pulze, A n.~.-,-ativ,-, i~; -~b41,AJ1Tv-,64
from the blockinZ oscilitttor and. this is ui;ed. to i~rj- -r
univibrat,or (see the lo-,,ier por-i)n of tlv~ 2,,,
T)0.3i'UiVC fgratinG pulse fr,,.)L- tho "U'locle Of t4f, rl-.-Ilt
r U

5-1 IP":
A Pal2e-1w'odulated Oscillator wit-Ii a Quart:; C_-.y:.,tAl
of the univibrator is applieci to rr~ 'rid of the nex-,.- ~,_lbi_~
t 4.
and results in the closin,,.-, of the lar., tube (in the
port4on)
of the circuit. This rosult3 in closing, the
back circuit of the device and deteraines the duration f'
tllae quartz. crY5til oscillations;. The palo)ej tal,.en
anode oi' tile biockin,- oscillator are applied to the
of a brid;.'-e containdm,,; crystal. The purpa-se of the
circult is Uo elilainate sL,.,-.ials fro-im itp, )utput; U.,e
is b,--d by ~~(iju,,Ainl.~ t;io triih-iDr capacitance C
L _j 3
u,'-.p~ut voltzi:_,e fr-wL th~! bridgt~ is m I
e - iplified bY 3 tub,::-,.
o
Af tear the tarmin,-~t ion of the -atinS pulse, the n..!Gativ.:,. f,~-~d-
oaclz network is "restored" m-d the si-nal generated by
cry3tal i~3., after am-,I if i cation, applied bacl~ to the cryt;Lal
in witi-phase. In tilin numier, the ciscillationti are c~)m-
pItAoly (hu.iT)od auriu,-, 100-150 -A :3 ofter t1w,
~jf thtl- The Itiatrunent can thuroforo tws op.'r--
(.ed at- 11"f- r,.Ape-ition froquency of ap to 2 kc/s. Tlif, a:-I,:AA-
fr-).'l I~iie Cr,!v;tal are a~'..),,Ji~-d i:-~)

A Pulze-.~:Ddulated Oscillator a quartz Jr:/s-.z;aI
anothqr blocking oscillator .-AiIch gonerates i~.i~row
spaced at 1, jis. The int3trument h;,3 1).roved to uo succe.:-Sf"."
in practical a',)jAications arid, in particul~,r, ,-;a3 ul ed -'rzi,
zne rleasuva.;,.ent of the namber of 5econdary neatrDn3
Pa 239 . The uni-or contains I fi,-ure and 10 rc-fer,~,rx(-;; 4
L LI
of the references are English and 6 are Soviet.
SURZI'TED: Novemlbar
Card 3/3

'30V1120- 53-6-11 /A_`~
AUTHOR:-Okorokov, V. V.
'TITM: A Eie Ana1_yz_er__FVremennoy anRlizator)
MIODICAL: Tribory i t1ekhnika eksperimenta, 1958, Pr 6, PI 6A-"-7
(USSR)
ABSTRACT: The principle of operation of the equipmont io as followo
(see the diagram of 7ig.1): a starting pulse A triSgerq a
quartz-crystal ringing oscillator, which produces a train of
narrow pulses B . having a repetition period of 1 Us. The
analyser hag therefore a channel width of 1 ps. The train B
is applied to a frequency divider which produces a trair. of
Pulses C , in which the pulses ara repeated with a vE-rtodl
of 8 -As. These puloes arg applied to a blocking osciiIat-or
which, in turn', is connected "Zo the reset network of a ~:Iow
switching device. This switching device con3iStS of 14 stases
and each stage delays the starting pulse by Ms relative17 to
the preceding stage. Each input signal (puls is applied to
one of the branches of a phasing stage and is stored until
the appearance of the triggering pulse from the train B
Card 113

A Time Analyzer
which follows immediat"ely afte7, it; the trig -ring -,ulso, fro=
,_ gP . I
B is applied to the second branch of the phnaing circuit.
The pulses from the output of the phasing circuit which coin-
cide with one of the pulses of the B train, are applied to
the input of a fast switching device. Thin switch consistq
of 8 stages (cells) and,)in each stage,the investigated pulne
is delayed by I -As relatively to -the preceding sta_ge. Con-
sequently, the pulse of one of the stages of the fast switch's
which is applied to the rows of a matrix coincidence circuit
coincides in time with the pulse of one of the stages of the
slow switch (which is applied to the columns of the matri-x).
The coinciding pulses are separated in the coincidence cir-
cuit and registered by means of a mechanical counter. The
analyzer has 14 x 8 - 112 channels and each channel i3 pro-
vided with a coincidence circuit and a mechanical counter
The circuits of the slow switch fast switch and the co.Ln.,-
dence and phasing devices are discussed in some detail and
their diagrams are given. The author thank3 11. U. Sorokin.
Card 2/3

&D"OV1120- 58 -6-1l/ 32
A Time Analyzer
V. 1. Kudr.7avtsev and Ye. V. Treshin for constructing the
analyzer. The paper contains 3 figures and 3 rcferen(,e,-~;
2 of the references are So-;iet and one is English.
SUBMITTED: December 211 195!?.
Card 3/3

AUTHOR: Okorokov, V.V. SOV/120-59-5-15/46
TITLE: A Pulse-train Generator
PERIODICAL: Pribory i tekhnihn eksperimenta, 1959, Nr 5,
pp 68 - 75 (USSR)
ABSTRACT: The pulse spacing is stalilized by reference to a quai-tz
crystal; synchronizing pulses (3 Mc/a), froi;i the quai-tz
crystal, are used to ensure a delay of not more than
0.12 -psec in starting the pulse train. Figure I sliou*,5 the
cirtult. The start pulse is ifed in on tbe right to the
blocking oscillator, whose trMlSformer has a ferrite rind;
core; this oscillator is coupled to the crystal o3cillator
(on the left) via the buffer amplifier. The short riulses
present in the anode current of the first valve ore
multiplied in frequency by the open-ended cable iii the
cathode circuit (frequency doubler). Figure _2 illustrates
this process. Figure 3 illustrates the valtai-,eii
at various points in the circuit. Much of the paper is
taken up by a general and ratber inconcluzive dincus.9ion of
Cardl/2 the tran3ients in this very simple system, lfbich is (;)"1Y_

A Pulse-train Generator SDV/120-59-5-15/46
slightly modified from one given by Elmore njid
Tho last section of the paper deals with the si;-ij le
modifications nooded to double taic worhing frequelcv of
the quartz reforpnce system. There are 5 figures and
1.2. references, 5 of which are English and 7 Soviet.
SUBMITTED: July 24, 1958 L..,~
Cnrd 2/2

86754
S/120/60/000/006/030/045
J, sa 0 t) E032/E314
4TJT.HOR3
TITU; Automation of Measurementswith Cbarged-particle
Spectrometers
PERIODICAL: Pribory i tekhnika eksperimenta, 1960, No. 6,
PP. 114 - 115
TEXT3 It is usual in the case of charged-particle
spectrometers to vary the deflecting magnetic field and to
measure the counting rate for each value of -the field, The
present author suggests that this method can be automated
by using a -variable magnetic field and a time analyser whose
time scale is synchronistA with the change in the magnetic
field. Thus, if an alternating current (3i-nuBoidsl in the
3impleat case) is passed through windings of the magnet,
of th* spettrometer then the deflecting magnetic field will
be a periodic function of timed By "'triggering" the rxinn3rig
time scale of the selector when the magnetic fAeld pasme3
through zero one can obtain the energy spectrum of the
particles under consideration. This method was used by the
Card 1/3

8675L
5/12o/Wooo/oo6/030/045
E032/E314
Automation of Measurement6with Charged-particle Spectrometers
present author in Ref. I with a p-spectrometer, The deflecting
coils of -the p-spectrometer (ironless) are supplied from the
mains without any stabilisation. A bank of cal.acitors lhavin~,
a -total capacitance of 600-700 'AF was placed in parallel with
the windings, forming a tuned circuit having a resonance
frequency of 50 C-P-3. In this simple wayj the required
current amplitude (10 A) was easily obtained. In view of the
absence of stabilisation, the peaks in the A-3pectrum were n(,%
very sharp. It is clear that in such a simple form the method
has the following disadvantages:
1) non-uniformity of the energy scale and, consequently,
unequal energy intervals per channel,
2) the time required to obtain the whole spectrum was Inrger
than by the usual method.
These disadvantages can be overcome by the use of a sawtooth
Tariation of the magnetic field in the spectrometer. Among
the advantages of this modified version of the method is the
Card 2/3

S/12o/bo/ooo/oo6/030/045
B032/E314
Automation of )jeasurement5with Charged-particle Spvctrometers
fact that it zan be fully automatic and the fact that it is
insenBitive to drift in the counting characteristics of the
detecting devict. It can be used to obtain spectra of
partitles smitted by short-lived isotopes. AcknDw3efjgment is
made to Ye,F. Tret'yakov for allowing the present aiithor to
check the above method with the p-spectrometer developed by
him. There is I Soviet reference,
ASSOCIATION; Institut eksperimental-noy i teoreticheskoy
fiziki AN SSSR
(Institute of Experimental and Theoretical
Physics of the AS USSR)
SUBMITTED- November 5, 1959
Card 3/3

0 4 4 4
B 1021D2 54
.kUT HORS i Ok or okc VV V. 7* 1 C', ti k'tl k, V
TITLE i Investigation of tae kn,jr) re-actions on Cn, Po,
SOURCEI Yadernyye reaktdii pri mlykh i arednikh energiyakhl truf!y
Vtcjroy Vciesojazncy konrerentaii, iyull 1960 g. Ed. hy
A. S. DaVYc,:V allo Mokleow, lzd-vo AN SSSR,
-UXT s Targets of Cd, P,-' , C.-a arid llo apre exposed to neutron pulaes
,4aect duration) obtained from the cyclotron of tne ITEF AN 535i:L
3-4
x-rays emitted on neutr,n rijNpt.Lire were recorded by a Ral(TI) detectur
I F-c P E j -BS r, h i4~-h t:)g Pt h er w I th the target wer-
t
d b
e t
tv n t A
4~, 7;1r,
vesLigatec W..-r; fA JI

Investigaiion of
61 )CA C,Oc,
B~ 54
ahces were observ,3,! 0v
7 v C d
rasomme at a n8
B-95, 10.'j,
-0 evg,~ iva Uhl apI
7 1 6 , ar.- 5 0 ii
ca r ry rc up a W
r1t,
f I r 13 1 t
~ a - -*

5/1089/62/01 2j"C' ;41/C, 1 1","01
B I c2i:! I C4
X. 3 e~ '!;-4)
AUTHORS: Yurova, L. N., Stepanov, S. B.,
Ye. I.
TITLE: Some re3ultz of pulBe measure,.nento of the diffut3ior-1-
04P orcanic li-quids
PBRIODICAL: Atomnaya envrCiya, v. 12, no. 4, 1962, 331-,132
T EXT :A pulsed source was used to meaeure the decrearic, (n.',zu;t4m1. ol"
themal neutrons In C11H 1100-25000 and C 91116
.;~ 10 15
urem.ento viere carried out in a cvlindrical tank with a Cd ,piston.
moderatoi above the piaton served ao an additional fast-noutron nou-1,o.
The t;eometrical paramvter~lwao varled by i-.ioana of the pinton.
a 1/7 * 1)n - (c D - cT ).OL21 T - life-time vi th respect to absori~tivn,
D diffusion coefficient, c D - coefficient of diffusion coolinG,
c tranBport-theoretical correction; from D wh I r -s obt, in-1
T tr 013 h r
from the a-measuremsntB, Xtr Was calculated for each tenperature, iihon
Card 1/2

s/085J621101 '/CC4/0, G/3'
Some results of pulse ... 31()2/1)104
assuming the thermal neutron spectrum as being Maxwellian Lind the me~111
neutron velocity v 2k3 r,
_ 0 : f K(T - aba olute temperature of the
From the curves htr (v 0~11 tr^v 0.33.to.03 (diphenyl) and
7. rvvl -5~_+Q-12 % also differz
(monoisopropyl diphonyl) was obtained. (v)
tr
considerably for equally structured media. For diphenyl the neutron
spectrum was most similar to the Maxwellian. Nelkinlo method was used to
deter;;iine c when assuminL; weak dependence of A on the neutron enezrci
tr
2 - 2 0It
(a -in D
a is a free varameter): cD + 112) / v .12, -zihere
is the second noment of neutron energy. The calculated values P_,,-ree ;,;~th
the zeaDured ones within the limits of error. There are 2 non-Soviet
reAle.-ei,ceo. The reference to the Engliah-language publication reads av
fol'.Ic-As: X. Nelkin. J. Nucl. Energy, 2, 493 (1958)-
SUB'-'ITTL:): July 14, 1961
Card. 212

1 '7
V
A NEW TIME ANALYZER (USSR)
aiw D. L. Tolchenkov. Pribory i tekhnika eksperimpnta,
no. 1~63, 76-80. S/120/63/000/002/01d~041
T'ne o" --; '~`O-channel time analyzer with a minimum channe I
N a.- a recor6 -Ana ability of several pulses per cycle v. zis
~~'~~,Prneni has beer, in use for approximate'y
T
p7oved --o be re,~.able. Ihe uti'4zat,.or,
COI--rnLa*,Or cut-off circuit, and a
3e:-,-n.,tie:d the recuction in minimurn width,
'k~ an ,n.,.azin,~ pulse actiiates the master D&c.
es viith a period of 0. 8 .ksec
J. P~'Is
osci'lator and whose L)pe,-,;,-
I
.a*o,- is a'so triggered by the
--ne appropriate circu-, w
3'. var,.ous ~'ar-~Ionr' of 7',
tune spectra

7 jt-nc-
na 1 'n e invest- is applied to a phasing circuit simultaneously
ased-in signal actiates a fast commutalo:-
n e p n
LS of 0, 2 ~isec. The cutoff of the fast .,o:-.-. -
Z W~~Qst- output is a train of current pulses A ii
Lircuit is controlled by pulses w'.'ff ~3
c. coinc:Clence circuit separates the ~,,i F-s
and transmits their, to a coun,.er
"16e, 01
-,~e in, Y ': rea c-ion on the nuclei of Cd, !I*,
S'. 1 7 f_- -De exper=ents were carried ou,
An a-,-.alys~s of statically d i st r .b
0.2 psec showed the signal 3pread to

L 10197-63 E*'v 1q,
ACCE=ON NR. A.P30OW30 s/00%/63/o44/(x5/i 437/ 1441
AMOR: Uvintov, 1. 1-; 0k0r0X3v- V. V,; Sr-::t.--YaYe'v, V. A.; 1,rtlche!,k~~v
Trostin, I. S.
Gross atructure of the mutroz- viergy p-poctrum and po!s--1zsA"on In
reactions on nuclei of inte=.edlate mss
SOURCE: Zhurnal eksperr. i tecreet. fizlki, v. 44. =. 5, 1963, 1437-1441
TOPIC TAGS: neutron spectra, gr~eks sstra,,~,L-~%a, Btrlppl:~a
polarization
ABS17=: With an aim at obtaining data on gross atricturaa Ln
reactions involving neutrons, a study ww5 +1 gDecu-'st Of
ma - 'T
v
v
produced in (d, n) reactions cm "-utral (I- 1w -
I id CaZ
energies of 12.1 plus or mLnuB C.4 stV for a neut-rc-M.
the laboratory system. *,,,.R- -:-~ - - . e --. i !
peak actually nave lurie samt aj- pe.-".-,,
a check on nuclei fome,~ in -qct
Card

L 10197-63
ACCESSICH NR: AP3000030
Polarization and angular distribut-402i of ncutrz-rz of the mair gre-sa pealk.3 were
also investigated for the Co(d,r)lli and F-- (d, n) reactions. A tim-t-cf-flLght
technique vma used with a muiticha--mel tlm-- smalyzer of nanosecord m-ige,
operating on- a vemier-scale pr1riciple. A dlstir~-t grc6s atrI3--v;z-e .aa fc--md
be present in the neutron epe~:tzra. Whereas the prL:*-,r. spfo:tra of e*, -,,
(Phys. Rev. v. 115, 427, IQ59) cont--ALn prtak6i cf approximately the imme
height, the neutron ep-ectra oblained tienN- aiong with peaks c,"
Comparatively arrall height one pealk -dth tie-,ght !?tvsred tlma~s that of thf.,
relation is fcrund be'~'w~,cn th!- extent ~, ih'~!Jia
opulat?d and the Inten6l'Ity c,f Lr.e, Iij,ei
found to be about 11 and 7% for the Oo(d,n)NI w%d F-,(dJ.r)NI. reao-Alonf,
respectively, and the angLLL&:' maw-rt-La- of the pr",, ';,n w7L9
or equal to -). Or. t2ne whr-.~t,, obt-9-!:V--d exToerim-~-'.-L W-s
on the existence -f E,-' 8c 'Ll-&KI I-, I.I.-e r. * P!,
for which definite quant-am n-xmbers --ar. be assign-ed. "Rie a-uth-~Is (--x~pz-ee-75
deep gratitude to the cyclot-run crew of the Institute-% of Thocretim! wna
ExperimenULI Physics for the faultleos operatIon of the nnd
V, 61 R-spial IV V. Ma~~t In, wid I . 1. Mi trof%n -v f, r F:Lii 1:' ~M'
OrIgIna.1 art1cle haa 4 fIgu-rea.
Card 21A
7114
L;L-
.....................

OKORMOV, TULCHENKC7, D.L.
Neutron spectra Pnd qnjraliir distributions In 1A, n)
L X"j
7olving nuc'31 of mAi- atcmi- weight. lAd. liz. I
Mr 165. OMIRA 13%~)
1. Instit!it tooroticho-ko
y I ok:,poriTionlallnoy fiziRl, Go~31if
nogo komitota pc, onprgli SSSR.

AP50n25 0__
AVrHOR: Okorokov, V. V.
-1-1--- , ; . ~-___Y
ORG; none
SOURCF CODE: UR/0386/65j0O2/004/0I75/U179
TITLE% Coherent excitation of the optical spectra of atoms passing through a
.crvstal
SOURCE, Zh~irnal eksperimental'noy I tooreticheakoy fiziki. Pia'vta v rodak-tviyu,
Prilozheniye, v. 2, T10. 4, 1965, 175-179
TOPIC TAGS: coherent light, coulomb excitation, m-inochromatic light
ABSTRACT: An analysis is made of the possibility of coherent excitation of the
optic.31 levels of atoms passing through a cryatal due to propagation of the atom
through the periodic electric field of Lhe atoms of the crystal. The transition of
an atom Into an excited state depends on a time-dependent perturbation, which in
this case is the interaction energy of the two types of atoms. An approximato~
calculation shows that such an effect can be observed. An experittle'It. for the
detection of the effect using He+ is described. In passage of nM-Mev He+ ion.,j
-through a thin mica plate,lu-he frequency of collisions of He+ ions with atoms of the
mica film M is such that 2lTv11 - 50 ev. 7.1iis is the amount of energy required
for a resonance transition of an electron in He+ from the ground state with n - I L
into an excited state with n - 4. Therefore, a beam of emerging He+ ions will, ill
addition to atoms excited by single collisions, also contain. some coherently excited
Cord

Am NR, AP5025256
(nm l4nwO Ile + ions which will emit radiation. The n a 4 4 n - 3 transition of
He+ will radiate in the visible part of the spectrum (blue light) and can ea5ily be
detected. The coherent excitation can occur only when v Is equal to or is a w1hole
multiple times smaller than the tranrAtion frequency we Xc - (Eexc EP 2.. 1
in be observed o r) T'he rii
fore, this effect c, Qnly in the narrow energy region of incident ion,
F P
such that wsexc - 2u/T - 2rjaofUij 4-/rnI,,-', where no is the Interplanar rpacirij, - Y.9
for mica. The authors point otit that t is advaritageous to u3e very thin fi1m, of
Mica to decrease the energy losses of Ile+ in passage through the target. Orig. arL.
has: 3 formulas and 2 figures. CS
SUB CODE, OP/ SUBM DATE! I SJun6 5 oRic REF: oo,L/ oni REF., 000 ATV
Cord 2/2

L 28054-66 EFA~h)/EWTk1)ZEWT !nILE 1, M ~~ JP(Cl TMV
AICC NRi AP5027007 SOURCE CODE: UR/0120/65/000/005/0053/0057
AUTHOR: Okorokov, V.V.: Tolchenkov, D. Lo
ORG: Institute of Theoretical and Experimental Physics of GKA-B, Yo0q.9'a
(Institut teoretiche koy I eksperimental noy fiz
TITLE: Yast neutron s atrom-tAr-1
SOURCE: Pribory i tekhnika eksperimenta, no. 5, 1965, 53-57
TOPIC TAGS: neutron spectrometry) fast neutron 0 cyclotron
ABSTRACT: A fast neutron time-of-flight spectroLgte system was des-
oribed including the operation of a multichannel analyzer of "vernier"
types The time analyzer was designed for operations in the nanosecond
range. The cyclotron of the Institute of Theoretical and Experimental
Physics was used as a souroe of neutron bursts. No stabilization was
provided for the amplitude and the high frequency of the cyolotrcn
acceleratin3 voltage, The preliminary tests showed that the comr,lioato&
cyclotron stabilization can b-3 successfully replaced by an nppropi-_11311-a
adjustment of the time analyzer to the Operation at tho pulao-modulated
high-frequency accelerating, voltage. Th-, analyzer circuit, tbe"Vorriiol-"
method and the timo-sc&la dovioo (eXDr0H0inf*, the nanosecond liftorvi-_~13
in microseconds) were described in the previous papers (PTE, 1961, no.
UDC: 539.263.07B
C.,-a 1/2

L 28054-66
ACC NR, AP50270)?
69 and Atomnaya Energiya, 1958, 5, 135). The present article deals
only 'with changes which wero applied to the spectrometer circuit. This
circuit, including a 6-cascade arrangement, palse-control oscillator,
vernier, BF-modulator, scintillation. counter, time recording analyzer,
coincidence circuit and other circuit elements, was described by a
block-diagram. Another blook-diagram illustrated the time converter eir
cuit, The voltage oscillations and the voltage curve shapes checked at
different points of the neutron spectrometer were graphically represent-
ed. The circuit of the pulse control oscillator with a pulse forming
tube of 6LIP-type was also illustrated. This device forming 3 to 3.5
micro-seoond pulseswas placed inside the oyalotron not far from one of
its does. Finally, the performance of the spectrometer was Illustrated
by a curve showing the spectrum of neutrons from kbaction Of
Orig. art. has: 5 diagrams.
CODS: .- 18 / SUBM DATE: P.1,Tuly 615 / ORIG REP: 011 / OTH REF: 001
'x/).-
44P 1~ ti

27070-66 EWT(m)
ACC NRt AT601225T SOURCE CODE.. UR/3138/65/LW/IA15T/C)C,'OVO01-'
AUTHOR: OXorokov, V. V.
ORG:
,TITLE: Coherent excitation of nuclei passing through a crystal 4
SOURCE: USSR. GosudarstvenyWy komitet po lapolIzovanlyu atomnoy energil. Inptitut
Doklady, no. 357P 1965. 0 kogerentncm
vozbuzhdenii yader, proletavusbchikh cherez kristall, 1-12
TOPIC 'TAGS: Coulomb excitation, coherent light, crIstal lattice structure, Fouricr
analysis,, relativistic electron) general relativity tbeory, tj AJ 0-9,
ABSTIMM The author presents certain qualitative argwaents which give ground3- for
assuming that coherent Colilomb excitation can be realized not by asn"'le cou.iriom,
of two nuclei, but under the influence of miltiple perladlc perturbation experilenccd
by a nucleus passing through a crystal. The asnalysis Is based on calculalionr' for
a nucleus which movea along a chain of abomr, in a crystal at a cert.ain dii;tiince
their centers, by expressinC the Fourier spectrum of Ilie perturbation exTer~Jenced by
the nucleus following interaction with a large number of atoms. ilic calculution
shows that the Fourier spectrum of the miultiply Interacted nucleus consists of a
series of narrow and intense lines constitutiik; a finite sequence of pulnca. It is
also f;bo,,m that the npectial density of the Forurier spectmm increaDes in pToportif'n
2

L 27070-66
ACC NR, &T601,PP57
to the number of lnteractions,, and that this change In connected with thp, c-,hcren,cc
of the spectral components of the vingle interactions making up the spectm".1 and
following each other periodically. Factors contributing to an increaBe in th,2 rwmbir
of the short-range Interactions between the traveling nucleus and the crystal atcn-,n
are discussed. Inacmch as the vibrationq of the atorno and the clTstal I-r t L- - t
, Ca ly 11~d
the possibility of observing the coherent Coulomb excitation, the alithor cons:ld~!ro
means of reducing this effect, for example by cooling the crystal. The exper.1mental
difficulties lying in the way of obserring this effect are dia"ased. Alno diac=ncd
Is the effect of motion of a relativIntie elootron through the cryntal m0 tho m,0161'on
of ions through the crystal* It in suggested that the obnervation of' the cl-ilierent-
excitation of optical levels of ions pasaing, through a crystal would encounter fewer
experimental difficulties that- the observation of coherent Coulomb excitation of
nuclei. Possible applications of the same phenomenon to check the deductions of
general tbeory of relativityp connected with the trevendoun acceleretions expcrienec-d
by the nucleus pAssing through a cryntal, are mentioned. The author thankn B_qjn,
Nikitin and K. A. Ter-MArtirosynn for useful discussions. Orig. art. han: 4 figures
and formu-Las.
SUB CME: 20/ SUBM DATE: 05JU~5/ ORIG REY: 0051 0711 REF - 003

L 14488-66 EWT(I
ACC -iRs AP601001 S'OURCE CODE: UR/0367/65/002/0()6/1009/1014
OkoroXov ;.V. V.
Itute of Theoretical and _(InBtitut teoretlcheskcy~
i r4spurimentullnoy fiziXi GXM,
'j.Tbi.. Coherent excitation of nuclei pnsning through a crystal
S00itCF: Yndernnya flzikn, -v. 2, vo. 6, a965, mg-loih
TOPIC TAGS! Coulomb excitation, coherent light, crystal Inttler atructure, Fourier i
anulysin, relutivIstic electron, ge== Y,,-1-4-nVA44+X-th=M:7
T, un
AKSIV31ACT Q lItntive ar. uments are presented In favor or the hypother;ls Vint coh-r-
ent cvlI)-4DM g:Zc Unt to" an be realized not by single collisions of two nuclei, but as
a result of the multiple periodic perturbationn experienced by a nucleus passing
throi)gh a crystal. The calculations are made for a nucleus moving along a chain of
atoms in a crystal at. a certain distance from their centers, and consist of expressing
the Fourier spectrum of the perturbations of the nucleus by the Interaction with n
large number of atoms. The Fourier spectrum of the multiply Interactnpnucleus is
shown to consist of a series of narrow and IntenLz lines conatItuting a finite oe-
quence of pulses. The spectral density of these pulnes increases In proportion to thel
number of interactions. This Increase Is connected with the coherence of components 1-
of the periodic sequence of single interactionD making up the spectrum. Factors con-
bard 1/2

L 34488-66
ACC t)P. APODIPM)l
tribiiting to nu Incrpnsr In the number of tbp nbort-vingr Interaction-1 tlptvr~n th'?
travel3nv nurl-11n. nnd the rrystal atomn nre dlnclvinr~d. SInce the vibrnttonn nf th#-
ntomo Find the c-rystnl grently 11nit the ponDIM11ty of obner-yinp the colivrevil f7oulvmb
e.xcitntion, thi! nutlinr considers means of redvicinf, thin effect, ff)r rxmple t'y coollng~
the cryntal. The effect of notion of a reIntivintic e3ectron through the cryz;tnl and
tbrl inotJon of Ions through tbr crystal In dincussed. The rippriment.0 difficult.les
Jyls)v, N the wny of obnervIng thin effect are dencrIbed. It is ntigpenteo thnt the Ob-
svi-intlon of the coherent excitation of optIcn1 le-yels of Ionn pn-j33I1).R thrcugh a cr-js-~
tni wou3d encounter fewcr exper3mentnI difficultlen than the obnervntlon of coherent
Colilmb excitation of nuclei. roBs1ble applications of the onme phrnomenon to check
the deductions of general -theory of relativity, connected with the tremendous acceler-1,
ntJons experlenced by the nucleus passing through the crystal, are mrntioned. The
author thankB S. In, Vikitin and X. A. Ter-Martlmsyan for useful dIncu1;B1onB. OrIg.
art. ban: 4 figures and 4 formulas.
SUB CODE: 201 SUM DATE: 07Mey65/ OBIG REF: ODh/ Mn REF- OOh/
212

LASUVOI!, 11. A... i).v. ::-A.; OZOVA vo (I.; (,~TOIJ07A, V.5.)
red. ; :~"TL:11 A *Z7*4111, A.7. , r-d A 7-; 1 "1
~, - v ~ , ~i. I ".,
OX";1,110YEA A.A., red.; 'USIIIAKI~;'^', red.
(Reguaatior--3 for -the design, Installation and Bafe opera-
tion of ela7atora. Com,,-ulsor) for all minlDtrle:3 null
servIces] Fravila u3trolptva A bazopaBnoi 8kBPlUatat31l
liftcy. Oblanatel'YVI dain vjekh rn~njnteratv i -vedorstv.
Moskva, Nedra, 1961~. 73 p.
1. Russia (2923- Xrrltel. vo nndzoru za bezopar,
xWm .?edeniyz-.n ralx)t -Y t;r,.),-.yihlenno3t1 I gorn,-!TIU nad::oru.

ILMI, S.21.: YEDIR)CUSER, X.M. -. ~DKOROKOVA, X.7.
Gian't pBoudonyxona in the abdominal caTity. Xhirargila 32 no.6:
75-76 Je 156- (XDU 9: 10)
1. Iz khirargicheskogo otdalani7a XytmanoTakoy rayonnoy ballnitsy
Alta7skogo krays.
-(iWOM, dis.
pseudom7xDma peritonaoi, giant, surg.)

L~-kl
SIMONOV, A.M.; OKOROKOYA, Y.N.
'Bipolar Iona forming following the remoyal of ,protons fron the I'M
,group. Yhrt 11: Rearrangement of bipolar Son* of the ammonlun series.
Zhur.cb.khim. 27 no.7:1941-1945 Jl 157. (HITIL% 10:10)
1.VsoBoyuznyy zavchn7y institut tekstillmoy I legkoy proz73h1,qnnDqt1.
(Dimethylamins) (Arroniun compounas) (Betains)

5.2630 '77
AW1 HOF,31: 01corokova, im. N.,
TITLE:
a proton thf, KLV.
,,n1
PERIODICAL: Zil,raul ob.,311ciley 1011j.1-11-1, I "Jol N1, 3, 1~.,
23)-241 (U"'"SH)
ABSTIlUICT: a7le articlt_: .-,1''lt*,.~-,.~,~_-,: 1"..
action of aikdl on ',h-2 o.-il-iLn :halt:, contal ,;-' n ;.1, .1,
the. INIH-j"J"Y-11~, zlfl,.i
ZwItterion,-i. Tlils lo a contin'U"ItIon of tll~,
urevlous wDnk (ZhoKh, 1,-;Iil, it
ihat the qxitf-miary
s-ulfo.~Wl f,,voup (1, 11 -'t ~2.jy
SO.,
verted (by tile lac'u-.Ioll of
Card 1/3

Concernir,z zwltterlon,; 1)y Llit,
EII;mination of a Proton th,2
NH-Groups. )TV. c. t 11,; 1
Derivatives
11N [I-"/' it HN
'N(C 111)3x '-i (c If,) 1:11, It,
(11)
The quaternary oalt, coritainin-,
8
group In meta-position 'L-10 the onium, N atom, (I,
R = -
CO), can not be converted into
0 4
by the action of alkali In qkieous media. Thu
--witterion (H) on _'~; Converted int"D
anilide (III). Struct~ire of the latt-er pn_)v( A
by a parallel armly.;In. There are 4 1
U.S., I U.K. 2 sovlet. 'Die (T.S. '1111 U.E..
are: J. Roberts, 11. Clk~,moiit, J. J.
Chem. Soc., 73, 21'1 (1~
Y o rk. e
Card 2/3 , J. Cliej*,i. Soc., 1948, ISK16.

ConcernlnL-, Di1tterionis Foz-,-. .-; -i)y t~i-
EU-nination of a lli,oton th J
XIV. iylariil I i),_. - I , 1 -1 " I
m-;umillodimetl D" lv~
MSOCIATITON: All-Urilon In t I t 11 tv, of
Lli;ht
SUEMITTED: October 6, lw)6
Card 3/3

89M
W2,
.VOTHHORS: Parini, V. P., Kazakova, Z. S. q Okorokova, N. N.,
Berlin, A. A.
TITLE: Polymers with a system of conjr-gate bonds and heterc-ato=n
in the conjunction chain. XII. Synthesis andrroperties
of several polyaminoquinones
PERIODICAL-- Vysokomolekulyarnyye Boyedineniya, v. 3, no. 3p 1961p
402-407
TEXT: A. A. Berlin and N. G. Matveyeva (Ref.l: Vysokomolek. voyed., 1,_
1643, 1959) described the formation of yolyazinochioroquinones by reac
tions between diamines and chloramil. These compounds have a positive
magnetic susceptibility and the properties of electron exchangers. The
present paper describes.a study of the formation of yolyaminoquinones by
means of reactions between diaminea and non-substituted quixiones. The
reactions 'were made vith p-phenylene d1amine (reaction product 1),
benzidine (11), benzidine-3-30-dicarboxylic acid (III), and hexamethyllene
diamine. The dismines dissolved in alcohol or the acid dinsolved in
Card 1/6

4~89
Poly=ers wit'll) a SYBtem... S/150jtl/()03/()03/C)O "';0 14
33101/B204
aqueous -alcoholic solution of NOE were added to boiling quinone. Thu
resulting precipitate was filtered off after 24 hr, treated for several
times with hot alcohol, 5% NaOll, and 5% HCI, and vap finally rInsVd with
water, alcohol, and ether. On the basis of the polymer yield nnd of the
quantities of bydroquinones that had formed, it waa concluded that only
the first of the two possible reaction3
0 0 oil
11,N)IN113 + 3n +
0
and Oil (oil -
+ +
(2)
off
takes place, and that it is not affected by excess diamine. Therefore,
further experiments were made with a ratio d1azineAulnone 713. On the
Card 2/6

Po I y,~ -,. z .,;-i th a By
basis of data .1_rc;z eie=entary analysis and of the chemical behavicr of
the poly=ers which indicates quinone terminal groups, the follo-Aln,-
formula is assumed: 0 0
Nil-n- Nil- -0
0 0
where 3 - (CE 2)6; 004; C12%; C1226(CODH)2' A degree of polymeri2at~_-n
of 5 - 10, and thus a molecular welght of ICOO - 3000 followed from the
ratio N/C. 'the substances I - III are dark brown powdera. They form blue
or violet solutions In concentrated H2so4 and are partially soluble in
quinoline, and only slightly soluble in other organic solvents. III given
a brown solution in di=ethyl formamide and alkali. Hard films vere obtain'-',
ea from this solution. III dissolved In dimethyl formamidefOr33 a bInck
precipitate with copper acatate which probibly hals a cn3s-linkad cholite
structure. Benzidino aicarboxylic acid dissolved in dimethyl forn-amide
Card 3/6

89989
Polymers with a system...
3179016110031CO310041014
310113204
was caused to react with quinone,in order to obtain polymers of higher
molecular -weight. The result were black substances. The reduced visco3i-
ty of III dissolved In dinethyl formamide showed an Anomaly.(715. 1).
The substances I - III have elootron exthargar properties. They may be
partially reduced and are oxidized again by atmospheric oxygen. The fact
that they can be reduced only difficultly, and the epr spectrum observed
lead to the conclusion that the conjunction of the bDndn 13 not Inter-
rupted by the ininD group between the benzene rings. Thesa substances
have a positive magnetic susceptibility, are highly refractory (loss in
weight after I hr of heating at 3509C 10.5 - 11%, after one further
hour at 4500C about 5~), and are not combustible. Their conductivity
obeys the law for semiconductors: a - 0 0exp,(-E/kT). The following was
1 -1 - 1 -1
found: Polymer 2, ev d0 , ohm- .cm 2 a 200' ohm .cm
1 0.9 30 1 Orl :0
11 1.0 30 10-16
111 0.4 2.10-3 10-10
According to these data, III has semiconductor properties. The possibility
of a partial semiquinone structure is discussed. The reaction product
Card 4/6

Polymers with a system4.o
8909
3/190/61/003/00,"/004/014
3101/3204
of quinone and hexamethylene diamIme, a 'brown, elastic, .onaily cD-_~bu31.JAb1(-
substance, was not examined In do-tail. There are ." figures, 3 table3,
,and '10 referonceal 6 SovIet-bloo and 4 non-Boviet-Iloc. The 3 referencec
to 7 Elish-language publications read a3 follows: H. G. Cassi dy, J. er.
Chef Soc., -7-1, 402, 19491 3. CasBldy, J. H. Updargraff, lb-ld. Ll
407, 1949i D. Bijl,, H. Xainex, A. C. Rose-Innes, Natbure, 830, 1354.
ASSOCIATION: Inatitut khimicheikoy :fiziki AN SSSR
(Institute of Chemical Physics, AS USSR).
7Besoyuznyy zaochnyy institut tekstillnoy i legkoy
promyshlennosti (All-Union Correspondence Institute of
Textile and Light Industry)
SUMUTTE-D: July 5, 19t0
Card V6

Pol,y.mers with a aystom,
.- - I . .
'r. ,
I :.
1
1~
5
4
0
c .
Pse. I
89989
5/19 6"/003/003/C04/014
1310 IY32;4
Legend to Fig. 1:
A) g/l 00 ml
Card 6/6

~ZJ S/,9C)J62/004/(),)4/-
:
3 1 -, 9
7B 1 A
f b 1
,
T2,. 0 PIS llarini V Kazakova 2, C)koro,,-.ov;.,
conjt.-ate bonus-, arl
chain. 1*0~1,1.C,_,; Of c, L..
oj~ C
u in on e s
C-D 1 C,, 1, c oy~,: j in:,11 i-ya
'2 L: T"',C.- Of in one o f
.U
Por E! t-,.io li~tter compounds tlio react ion ~iz. c, r,i ,i c
it-, two -VirL~nts: (1, -,lit.- n0utr;114z,A,,Ol-, of the reloace't :,(, .
acetate; (2) ~-;ithout neutraiizution. Five polymers of tne proppo,,~c-,
r c1
r n
V C)
Card 1/3

I- m, n
oil iie i,k!nd jon, Ix iti ro:,,-, t I on
(v;ith neut: - i on ) to 0:~ Ir"I o ;~ rt, h9a t rf o i
of 0 ,I,:i
at 300 C) hl~!Vd (d(lct~-mn
of xl,ound
an InLo,~;nil nter.1,
:),I v tc 1 e i; 'per ~n,m. t :o~ t."u, col"Juctiv'Ity i 1 ij
c omo n u n j z i:7~ ?n t
ija c t L L~:~t Me
injuiu'l-10 com:10un 4, of
31ruct"I'ves. T I r 0 an t 0u. mo-~t
ere 'Ir j
a nj ua r c ercnce I Z; D. E. ::vaI,nt,.,,
Card 2/3

o ~.i so, r o w i -;a t e b 0 nd u an k
'th conjui B 9 B 138
in-ti tw. f i ;-. i% i
t, 11 t
I. ,,~ U.36,10. ;G(!'IOYU":nyy zaoci,ny~, in.;ttut
t 0 kst i 1 1 noy i I e~ -~ oy promy o ii I enno o t i l - un;' on
Cor vusl;ond once InOtitute of the -loxtils-, Lirld Li~:,ht
industriciO
.!urch 9, 1961
Card 5/3

PETROPAVIVISKIY, Ya.l.; I-IOISEF-VA, '1.G.; OKOROKOVA, T.N.
Content and chap~,F?s of ppectin mYw3tances in apple and apple
during storage. .Izv.,jys.ucheb.zav.; pishch.tp-kh. no.5:24-27 161.
(MIRA 16:12)
1. Xrasnodarskiy politekhnichenkly institut, kafedra tekbnologii
konservirovnniya.

CKaICKOV), le., Agronom
Homemade protective eyeg2AssaB. Zashcb. -ANt. ot vrad. I bal. 10
no.214O 165. (MIRA 1824)

SHTENBEMs A.I.) OXDROXOVAI-.T~-l,) MU04IN, Tu.N, (Moskya)
Distw7 factor and 4ndsmic goiter. Dip. sovr. blol. 55 no.23
255-276 10. (MIRA 17: 6)

IUUR-XESZLROS, X.-, OKOS, G.
e
Stud,T of the aff9ct of heat on artorioles 'by a now measuring method.
Ory. histil. 93 nt)._52:1447-1451 21 Doc 1952. (CL)tL 24:2)
1. Dootorm. 2. 7irst Intornal Dopar%awt (Read Ybysiclam -- Dr, KarDly
3ugar-MeSX&YOB), latTan Hospital.

3UGA.R-KMZAROS, X.;005, 0.
StUdIeB On the static arterial tonuB under nDrMal and Pft%hV1V94CA1
conditions, XAa. be2or-Y. arcb. 5 nD.2:49-62 June 1932. (01N1 25:5)
1. Dootm. 2. 71rst Internal Department (Head Physiclan -- Prof.
Br. Xuroly 3ugar-Mea;aTos),, UtTan HoDpital.

,~-; !", ~, - ;-
])UGAR-)MWCB, X.!,CM, 0.
. ~ 7 1----
Studies on changes of static arterial lone In hypertonicE. Magy.
1alory. arch. 5 no.4:135-160 Doe 19-52. (CJA1 251:5)
1, Doctors. 2, 7ir3t Internal Department (Head Yhyalcian -- Prof.
Mr, laroly IRVM-n MORPUAL

0105, r'.
"Inventl_eation of the Static Tone (tonue) Cbnnge.B of the Arterles under Somal
CondItIons "d In the Care of Taficular DisesseBO (in Geman).
501 ACTA MICA jRunpp-jZ) 1253, Vol, IT, No. I (AZ 5517gZ)

:BUTUI-MMUROS, 1. -, 0103
Static *variations of arterial tons naer normal conlitions azd am
-yajocular disease. Acts, sod. Imng, 4 no. 1:33-" 1953, (CIKL 2b:2)
1. Of the 71rat Internal DoWtuent of Istvan Rospl%al, Bu"past.

an on
t,~n-- -4n 1111r,7. (Fjulap~~Q
1953, 4/2-
1n e3s VIA! -. 1 e it onoi 'r-, 1: e o c 11 t ri c in,! ~-x o f t I I
vcntric,-~~l 'alth irltm-".
5tatic reaction' iz; loSt in e1 hyp,~rI.e!-,:;!-n anA ~rteri t
hi-h Irdood pm-s5ure: the rom--dn wich:;rr-A or incinir.--c I'lo-IC-1
reaeti:-n). In hcmdnle~lia, th-:~ ro-~ctit-.n i_;
C!
-0 ..-. A, Vol. 3, ':a. 3, ~ccti,)ri ','I, :'nrl-h 1954

-am-21-13m, V.
3xperimenta2 and therapeutic experiences with Intra-arwial �nJections
in peripheral circulatory dlBorders. Orv. hatil. 94 no.13:352-356 29
Xar 1953. (,GM 24:4)
1. Doctors. 2. 7irst Internal Department (Read Physiciau - Dr. XarolT
Bugar-Messaros), Inivan Boapi-tal.

MAGOS, 1. ; OKOS, 0.
The zole of cold dilatation In occurrence Of RaYnXUV3 2;rnCOPM.
ActA p27j1o2. hung. Suppl. no.6:47-48 2954.
1. Stsiatlisbas Institut, fur Arbeits)7giena und I& Innere Ateilung
des IDtran IrankenbsuBas.
(RATNAUDIS D1SRMS,-pbysivl.
Tasodilation, off. of cold, coupsalson vith normal
conditions)
(COW). aft.
,on Tasodilation In Raynaud's dis. & in normal conditions)

WZM""~ ~-PGOS " 1. 1 KOVACS, Gy.
Vascular changes caused -by vibration injuries. Acta med. h=g.
,,OPI- 6 no-1:73-79 1954.
Sw
1. 1. Shttilung fur innere Madizin des Istvan-Irankethauggs una
Stsatliohes Institut fur Arbeit*~7giene, Budapest.
(01"CUFATIONA1 DISBAS33
Raynaud*a dis. caased by vibrating tools)
(VIMT1011S. inj. eff.
laynajAla div. caused by vibrating tovID)

i /I ~, - , 1~
SMAR-HBSZAROS, I.; OKOS, G.; XMOSST, S.
Angiologicia jotmdiaB an nouroWioBls crurls bemoBidaroza. Acta
sods hung. 6 no.1-2:97-105 1954.
1. Service do medicine interne 3o. 1. do 13Hopital Istvan,, Budapest
(M, blood supply
nouroangionla cruriz hemosiderosa)

MUGAII-MISMOS, X&roly, dx; ONOS, Gisella, dr.
Modifications ~of oBeillonstrIc Tariatloum of bl*od premavro In
cold-yrossor toot. Xaa belory. arch, 7 no.3183-86 June 54.
1. Is Istvan koth" 1. Belonstalyamik (foorrao: 3ugar-Mazzaroo
Xaro],T dT) koslemenyo.
(BLOw Passm,
cold-premoor toot)
,(VOLD, offacti,
on 'blood preDs-are, cold-proBsor test)

WOS, Uazlo, dr.; OKOS, Gizalla-, dr.
Raynaudle m7ndroze and effect of told an Tascular allatation. Orr.
hetil. 93 mo.44:1204-1208 31 Oct 54.
1. As Oravagov Munkaegessmagug7i Intozot (igascato: Timar WMDz
dr.) 9B.as Intyan Norhav 1. sm. IsICroXyassata (foorros: Bupr-
Xessaros laroly dT.) koslemenye.
(RAMUIMIS DISIASI, plqsiol.
off, pf oold on Tama, dilatation In mormal persons
& in Barnaud3a dim.)
(COLD, off .
on'7ASO. dilatation in Raynaud's d1s. A in normal
persons)