SCIENTIFIC ABSTRACT OKON, K. - OKONOV, E.O.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001237910017-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

jua.

SZCZUCXI, R.- OK03, 1.
.2
On picry2amideD of armatit 30foniv acids. DIU Ac Fol chin 7
nv&2163-,65 1159. (MI 9:7)
2e Military Technical Coll* * War3AW. Presented by T.Urban3ki.
f I IdeD) (ArOmAtic ccapounds)
(Picryl group) An
(Wfonic acida)

BZCZUCKI, R.) OXON, X ,
On the reaction of sulfanilide mitration. Bul Ac Pol chlA 7 no.2:
67-70 1.59. (E. W, 9:7)
(Wfanllide) (Nitration)

SZCZUCKI, E.,,j OKON, X.
Cn the reaction of oxidation of 3ulfanilidea. B-al Ac Pol chim
7 nt).2:71-74 15,9. (EW 9: 7)
(Sulfanilide)
All T,i
i T
T T

WDA' B.; OXON, X.
Attempt3 at preparation of unsymetrioal benzene-l,2,4-tri3uIfcnIc
acid. Bul Ac Pol chin 7 n).2:79-81 1_59. (EW- 9:7)
1. Military Technical College, Warsaw. PreBented by T.Urban3ki.
Oenzene3ulfonlc acid)

OXON, X.; ALUCHNA, G.
Chlorides or the acid forn vr nitroparaffins. Bul Ac Pol chix 7
no.2:83-B6 1.59. (3W 9:7)
1. Xilitary Tacbnical College, Warsaw. Presented by T.Urbanski.
(Chlorides) (Paraffins) (Itid3)

OrN,K

r ~T
ir-
-
te'
Pra" tITr
&Ud
3a
pkrk ar
tvd
t(,
~~,Jonr rn kba luitteT hyir,k
Phc
-
RX4. t-- 12 '-Y m A2- or -~-i il~~ 0, t-1 .1th
i -~, . l ,42, ml -,qfxl ht"!,,7 4v "VI 10'
W-x; ulu" C'.1.1 wom 'Im, !,I~ ppi cr T ttj of-Im
f~M,A 2~'U ("
0~1 mtleO.~vl~ "If'A djv4

U.,
Dictr 4E20

/St=tures of n1trozen pentaxido and nitrk add. JUA--
M-
ie
Ok
h
ffi
d
I
N

o
m
n
an
I
-
M
.
1M. J.. browskWtv IWarsaw) BPMN-~S,
snutrics).-The Ire-
in em detd. frmn RAman 83;ctru were. HNOs
-41'
80'
b
610
680
5
l0
.
:
,
.
,
ed M
M15. whi 1670; NtOrl (20:80
j
/v
./v .~ Wn.:
Ole, m, 030, (le&)), 1205-1300, (1300), 1400. IM, and
JOW; EtNO, (11) m. -90*, b. 114'. M, 400, W, 870
PA 1038, 1100, .1175, IM 1200, 1383, 1400, 1495, al~
1560; EtON(h (M), m, -102*. b. 87'. 380. 370. 90,
(1020), (1118). 1160, 1215. 1275, (1300). (1 1310).

and 1633. 1 in orr. w
Avents, N.Or in or H.
and aliphatic esters of I did not have ot frequ-ney of 1400
cm. Mol. wts. of 1. N, and M (method of RAmsa3r and
Shields) were about 248,135, and 93, resp.; of I In thevapor
stAtr (the V- -Meyer method), M& viscositics a n mw ai
were 0.72 and 0.57 cp. at 18% Arine ttructures and their
isomerism am suisgr3ted for I &nd Nj(h. A. Szafrad4J~-

is 01 TithildicWrosm1no.- -kmjj;i;ri
cuts r Bi- - - - ;64 - -n?r
k tbowskF uVROEM hal. -
8, No. 741, -Vk
1 10 ls#OW)kbnsuj4
-,,,n' Rmliaitit-ni~-arlts).-Cll,NCI% (1) (2 1.) exploded vlo-
addn. of 1.0 C. Sa*S. L)Jstd. ever C&OCts. I
.;'1.d In one cam. A review covering p"pit. and ph3-,
_h. prog"tl. .11. 15 rd ~e.".Mcts.. A. Sufm&kL-!

o"Vi3 K.
of picryl ch I crLlo -r ~lv -'r - i :-,yridlirp r ic-
:rCZ'IKI U:0:11- Fniand. -13, nc. 1.
"onth 0
M -1y ldlst cf Zaa". Ejrop--an lccp~7-zicr~i Tf' V 1
Uncl.

0 K C, 1"i ~l r- - "70t---!L----~1-7-WOSO-"L-IAM~----.--..-,-,
Di P.
I r: 42 k,j

OXON. X'. I HUMANOWICZ, 7.
ncz72 mantogenate and rhodanate. Bul chin PAN 8 no.2237-39 '60.
(Im 10--9/10)
:1. Military 'Tecbnlcal College, Warsaw. Presented by T. Urbann)d,
(Fiery, group) (Unthamen) (TMocyanates)

SZCZUCKII lugeniunzj MR., Xazimier.3
Oft the reactiona of sulfanili& it1tration. Rocz cbendl 34 MO-1-*
159-164 160. (EM 1019)
2. Tecbnical MMtary College, Varaav.
(Nitration) (Salfamilide)

P~O~, Xasimierz,- HERMANOWICZ,, Francisze)c
On the reaction of picrylpyridinium chloride with vulfitea In aq-m=s
Bolutions. Rocz chexii 34 no.5:1275-1278 160.
(=I 10--9)
:1. Military Technical College, Warazava.
(Picrylpyridinim chloride) (Sulfites)
(water) (Solutions)

OKON, Xazimierz
New methods of preparing nitrogen pentoxide. Rocs cbeali '14 m~5~
1279-1280 160. (Xm 20: 9)
2. Military Technical College, Warszawa.
(Nitrogen oxides)

OXON, Kazimierz
Rewmetbod of preparing hexanitrobiphenyl sMulfide. Rocz chemil
34 no.5:2281-2282 160. (IM 10:9)
2. Hilltary Technical College, Var8sava.
(Phenyl group) (SulfideB) (Nitro group)

OXON) Xazimierz; AL'UGBA, Grzogonj IUXL0IUX, Jerjy
On some polynitro aryl etbens. Roes ehemdi 3.4 ro.5,1455-1459 '60.
(mm 10: 9)
1. Military Tacbnical Coalege., Warozava.
(Ethers) (Nitro group)

MAJDA P B. I OXON, X.
Attempts af preparation of benzeu6-l,,2.,4P-IrisuIfonIc acids, 11, Bul
-chin PAN 9 no.4:183-:194 161.
L Military Technical College, Varoav. PreBented by T. Urbanski.
(Sulfonic acid) (Benzene)

MAjDA R. - OKON, X,
I
Cbesical properties of w7lBulphonylAmmonlim salts. I.SolTation of
,arylsulphonyI cations [ArSq2j vaing pyrid-ime bases. Bul cbim M 9
no.4z295-199 161,
2. Military Teabnical College) Varsav, P~mented 17 T. Urbanski.
(Ary:1 group) Oulfonyl group) (Imonium) (Slata)
(Cations) 01~rldine)

MAIDA., 11. j PXON, X. __
Ob the reaction of the sodium malt of 2Y2J.4p4'-tOtrjksuIpWIpb#nyI-
divulpblde witb FC15. Bul ebin YM 9 no..43201-206 2,61.
:1. Military Technieal College, Warsaw, Presented by T. UrbanskI.
(Sodium salt) (Sulfinyl) (Sulfides)
(Pboapborehlorlde)

STACHLEWSKA-WROBLOWA.) A.j OXON, X.
Investigations on the properties of the tort.-phoophine oxides. 1.
Dasozo properties of triphanylphosphine oxido.(TFTO). 11, Reactions
of electrophil:ic substitution in 'tripbsny1pbosphine oxide (TFP0) and
its dorl-rativee. 111. On obemical properties of aeriTativea of tri-
phonylphosybine oxide (TPPO) vitb Tarious functional groups In the
arowtic rings. Bul chin PAN 9 no.5j281-30.1 161,
1. Military Tecbnieal College., Warsaw. P~resented by T. Urbamki.
(Pbosphlne) Oxides) (Phenyl group) (Cheadtal
reactions)

OXON, Xazimiers; ~TMRWIUWICZ, YranclBzek
Pieryl xantha and rhodanate. Rocz cha-ii 35 no.5::1237-1= '61.
1, Military Technical College, Wa-rsaw.

3/081J62/000/022/018/C88
3144/BIOI
AUTHORS: Uajda, Henryka, Okon, Kazimiarz
TITLE: Reaction of %he so4ium salt of 2,21,4,40-tatra-sulfodipheuyl
diaulfide with PCI 5
PERIODICAL: ReferatiVnyy 2hurnal. Khimiyaq no. 229 1962 1 105# abstract
22Zh120 (Rocz. chen, Y* 35s nve 6v 19619 1741-1746 [Pol.;
suzmaxy in Z-ng-7
TEXT: [2,4-(Na0 3) C H (1) waB obtained as intermediary product in
3 2 6 3512
attempts to synthetize 1,2,4-(HO 3S) 3C6H30 Reaction of I with PC1, yields
S) %, H (11) owing to autooxidation'and regrouping. The diazo
1,5,5-0102 3C6 3
solution of 0.1 mole 2,4-(NaO 3 S)2c6H3 NH2in 100 ml water is added to'
.0.1 mole XSCSOC 2H5 a-* 60cC, kept for 30 min at 60-800 C, evaporated to
dryness, and 70% 1, C12H6N a4012S6, in o'btained (from alcohol). 0.05 mole I
is ground with 0.8 mole PC15P stirred for 8 hTs at 140PC, the Foci 3 formed
Card 1/2

S/08IJ62/000/022/016/088
Reaction of the sodium salt ... B144/B101
is drawn off, when cooled the mixture is poured into ice-water, and
6o,4 1.1, C6 H3Cl.306s3v m.p. 1860C, is obtained. The IR and UV spectra o,'
1, 11, and C H (so Ila) 1,3,5 are indicated. Abstracter's note: Complete
6 3 3 3- E
translation .1
I
Card ?/2

5/081/62/ODO/022/017/086
2)144/BIOI
AUTHORS: Majda, Henryka, Okofi,j~zimie
TITLE: Benzene-1,2,4-trisulfonic acid
PERIODICAL: Referativnyy zhurnal. Xhimiya, no. 22, 1962, 165, abstract
?2Zh119 (Roczn. chem., v. 35, no- 6, 1961, 1747-1753 rpol.;
sumzary in Eng.1)
T=-T: 1,2,4 (.NaO3 S)3C6113(1) is ob ained by 3 methods: (a) diazo, solution
(solution A) from 2,4-(NaO 302CO3 .11232 (11) is converted by KSCSOC2E5 (111)
succaBsively to 2,4-(NaO 3S)2C6H3 SCSOC211 50 2,4-(.NaO3S)2C6B3SIT, and
[2,4-0a0 3 S)2C6 IT 3S12 which is oxidized by XUno4 to 1; (b) when 502 reacts
with solution A, 2A-(1-1oa0 S) C IT SO Cl is obtained, which is converted to
3 2 6 3 2
1; (c) 2)4-(Na0 3S)2 C6H3C1 (IV) in converted to I by boiling with Na 2so, 5 in
water in the presence of CuSO 4. Regrouping of I into 1t3,5-(ClSO2)3 C6113
M is effected by heating with PCI 5 . 0.1 mole 11 is dia2oti2ed in 11CI
Card 1/3

S/08 62/CDO/022/017/CbB
BenzenB-1,2v4-ZTisulfonic acid B144YBIOI
medium at 0.5 0C, 0.1 nole III in 160 ml water of 60 0C is add9d to the
solution, heated (60-600C) for 30 min, and ova 9orated to drynessl the
residue is di;solved in 250 ml water, at 50-60 C oxydized with a maturated
solution of 22 g XMnO 4 (the last portion of %h9 solution is added at
^J1000C), and stabilized with alcohol; BaCl 2 is added to the hot filtrate
saturated the BaSO 4 precipitate is discarded, maturated Na2co 3 is added to
the filtrate; the filtrate is evaporated, and 65)4 1, C6H 3 Na3 09339 is ob-
tained. Solution A from 0.1 mole 11 is added by pouring to 120 =I solution
of S02 in glacial CH 3COCH with addition of 2 S CuC121 40 ml concentrated
HCl is added, kept for 4-5 hra at rJ400C, and evaporated in vacuo at 40 0 C,
when the ovoluZion of N 2 has CO&Sed; the residue is dissolved in maturated
and by addition of alcohol 62~ I is precipitated. 0.1 mole IV,
Na 2C0 3)
0.1 mole Na 2SO3P 0-5 9 CUS04' and 100 cl water are boiled for 10 hra, drawn
off hot, and evaporated; the residue is recrystallized from alcohol, and
6C~4 I is obtained. ;.I mole I is gyound with 0-45 mole PCl 5' kept for
Card 2/3

3/081/62/C)DO/022/017/088
BenzBne-1)2,4-trisulfonic acid 3144)BIOI
6 hrs at 1400C, the cooled melt is poured into ice-va%er, and 62-,4 V,
C6H3cl,3003) is separated, a.p. 1860C (from glacial CH 3COOH). The IR &nd
UV sPoctra of I and 1,3,5-(NaO 3S)3 C6H3are shown. [Abstractor's note:
Complete translation.]
Card 3/3

GROGROWSKI, J.W.; OXON, X.
.4actions of aromatic amineD vith pyridinium 3a-ItB. Pt.l. B-i'al
chim PAN 10 3io.10021-325 162.
2. Milliiig Technical College, WpBav. Presented by T. Urbanaki.

GROCHOWSKI) J.1f.) OKON) X.
2,,Ip-di- and trinitropbairia-Ot-picoliniuz).-, 2.,6-'Autidlnl= and
-quinolinium halogenideD. Biul chiz RVI 10 no.lOj527-528 162.
1. Mitary Technical College, Warsav. Presented by T. Urban:;kI.

MAJDA-GRAWWSKA, H.; OKOIJ~ X.
BenzeneUnulfonic acida. Blul chiz PAN 10 no.10i529~-5)1 162.
1. RUitary Toobnical Pollege, War4ra. Presented by T. Urbanaki.

MAJDA-GRABOWSXA, B*~,-] OXON, X.
Chemical properties of arylsulfonyla=onium salts. Ft.2. Biul
chim PAT? 20 no.10.533-536 369.
1. Military Technical Cdlogaj Warsav. Presented by T. VrItAnnkl.

S/081/62/000/021/024/069
AUTHORS: Xajda2 HenrykR, Okon, Xalixi*rx
TITLE: Chemical proporties of aryl-Bulfanyl auxonium *&Its. 1.
solvation of aryl-bulfanyl cations-(Ar,301-) with pyxidin* baves
2
PERIODICAL: ReferativAyy aburnal.- Xhiniy&l no. 21) 19622 174-1-759
abstract 21Zh169 (Rocin. chem..v- 363, no. is 1962, 141-148
[pol.) summary in Eng.3)
TEXT: -When ArSO 2CI [la-T, vhers (s) Ar - C6N 5 . (b) Ar - v-CH 3C68V
(c) Ar - Y-CH 3CsH4' (d) Ar - a-CISOAH42 (e) Ar - p-CIS02C 6H 49
M 'r = 3)5-(Cl302)2C-6H31 iv brougb% into,reaction vith pyridine, the
resulting yroduote ATS 7-0401int) ,and isoquinolins, (liag a-f)t (Ma-f)v
and (17a) c-f)a It vas shown that the stalbility of the substances obtained
ban be noted in the folloving order: ixoquinoline >pyridin9> 7-picolins;
under analogous conditions a- and A-picolize do not roact. Tban Ila
reacts vith C 6E 5803Wag %be benzene julfonate of pheAyl-Bulfonyl
Card 1/3

S/081/62/000/021/024/069
chemical properties of aryl- B141/B101
pyridinium (7) in obtained. Aen phenol In brought into reaction with
Ila, 111's, or IV,63, V'6H5so2 Oc6 H5(VI) forms. I al pyridine is added
dropvise to 0.01 mole In. dissolved in 30 ml C,6 H67 the mixture Is kept for
I hr at 30-4bC, and Ila, C 11H 10 CIND2S, is obtainedt yield 78.2$9 =.P.
88;91"C (from benzene). Likoviss 0.5-2 bra boating of la-f viib bas'#3
Yi Ids (substance, gross formula3, yield in 'A,, x.p. in OC):
Il'o, C12 B12CIN02S) 76) 93-95; dt C11H,9Cl 21104'S2t 74*6~v 157-160; o1,
C11H 9 C12No4I's 27 71j 93-5; f, CIIHBC13 N06S 3) 68-41, 168-1701 111&,
C12H 12 CIND 23) 63,) 106-108; b7 C 12H14 Clio 2S, 76-3, n6-ioej c,
C12H 14 CINO 2S, 58-3, 63-65; d, C12R11 Cl2No4S 2-, 607 96-981
a,, C12H11 cl2No4S2' 55, 62.5; fl C12HI bCI ?'Vp 52, 161-164; 17a,
C15H 12 CIND 2S, 84, 110-114; 0, C16H14 Clio 23, 78-5, 148-1511 d,
C15H 11 CI2 NO432) 70, 218-220j a) C,5 H11CY'04S2) "821 148-1521
f, C 15 RIOCI 3NP633'j '85' 190-195- The mixture of 0.01 mole liat 30 al c6H69
Card 2/3

SIOOIJ6210001,02110241069
chemical Properties '01 Arjyl- 2141/BlOl
and 0.01 mole C6H5SO3Na Is boiled for 2 brat %be hot solution Is filtered
and cooled, and V, C H NO S , in obtained, yield 80~, a.p. 115-IIB 0C.
17 15 5' 2
The mixture of 0.01 mole 12s. 30 BI C H6? and 0.01 mole phenol Is boiled for
6
0-5 hri poured onto ices and VI, C 12H 100311, Is obtained, yield 90A, m.p.
36ac (from other). Vhen III& or IY& are brought into reaction with phonol,
71 is obtained with 7iolds of 75 And DBA, "'op'ectivaly.
kz-2> N B0212]' C1--) 11, 3C- 31 --4 SO2A' +C'"') 3 -9p 3 C~Arj cl
-i
11a, D-f
Ekbatrac%or3s note: Compl-ete.translation
Card 3/3

YLLMAWMABUZAA, Bopryka; 0XV15, Faalmierz (;;arosawa)
Bonzonadlijull-onla acidn. Actz chomil )7 no.43367-370 163.

J.AJD1--GR~- KA, jig;krir~;ka; CKC-N' Kazi-mlerz- (W&rpsava)
11
DorivativoD of acid, Pt, 1, Rms
chemil 37 no.4:371-377 163o

llerxy~; Xaz-';il'3.r2 (WaTB28wfl)
U.3-tical Fro;~ax-U93 of aryln!ll-?Orylz=.DnA= Pt. 2. Roc2
chamil 37 no,4%3r,-32-+ 1639

GROCHOWSKi, Jerzy Wojciech-, OKON Kazimlerz
- ~ I- - --- -
Reactions of aromatic amines with ammonium CDMPoundv Of Mid-
inium bases. Ft.l. Rocz chemil 37 no.11:1429-1436 '63.
AnmorAum halogarddes of rx, - p1coline, 2,6-11tudinn nnd aninollne
substituted by 2.4-di-and s,4,6-tr1n1troy&9ny1!~ Ibid. 334374143,L
1. 1-Ulitary Technical CD11egO, Warsaw.

L 41BIb-66 Z-iPQ)/T
I ACC NRs AP6o,-u691 - __
(N) S(XJRCB CODBJ PO/0099/66/040/003A991/0404
AIMORj Mrzovinski, TadOU8Z; Okon, Lnimie=
ORGj Military Technical conege, Warsaw (WoJokowa Akademia Techniczna)
A
TITLEj Studies on substances inhibiting nitrocelluloasidecompoBition'l
SOURCEj RocznW chemii-annalea socletatis chimicae polonorumj, Ve 40, no& 3P 1966,
391-404
TOPIC TAGSi chemical decomposition., nitrocelluloBe,, polarographic anal7ais,
spectrophotometric analysis,, aromatic hydrocarbon
ABSTRACT: Comparative studies were performed on the thermal decomposition of
nitrocellulosa\-stith the use of some ar7lamines, phenolB, aromatic hydrocarbon3, and
their nitro derivatives as inhibitors. The polarographic and spectraphotometric
in UY methods vere jointly applied for qualitative and quantitative determination
-of nitroso and nitro derivatives of the subBtances used. ". art. has: 7 figures
and 5 tables. lBased on auth=7 Ens. abet.] IJM3 36,omi
SUB COM 07 / SUBM DATE: 15Jun65 SOY REF: 001 / CTH IW: 009
Card A af

- L ~ 473 1-66 -,-E7vT Ci
ACC Pla AP60)1701 (N) SOLIRCE CODEj FO/OC99/66/040/003/C475/"86~
AUTHOR i Dabrowski Okon, Xazimlerz 2 4~
ORG: Military Technical College, Warsaw Wojakowa Akademia Tech zna)
TITIZi Preparation and investigation of semiconducLor_products of polycondensation
of hydroquin dinethyl ather wO 3ow p2jp
one WA It a Lr~o~li~ acid! anhydri-de.3
SMCEi Roc2rilki Icbemii-annalea societatia chiizdcae polonorump ve 40,, noo 3,, 1911
103-486
MPIG TAGS: polycondensation., hydroquinone, carbooq3,ic acid anhydride
ABSTRAM Eighteen products of polycondensation of hydroquinone and of its dizathyl
ether with- some polycarboxylio acids anhydrides were preparedj, wi3mcwn to the
literature, and their electric., magnetic and chemical propertieD were cozParatively
studied. Orig. art. has: 3 figures., I formula and 3 tables. tBased on authors'
Eng- abst-I 1JFRSJ 36,0023
SUB CMEj 07 / SUM DAM 02Ju165 SM TM: 003 / CH RU3 M-

-L 00917-67 EWP(j) WW/ JW/RNI
ACC NR, Aj6---- - ----(N) SOURCE COM PO/0099/66/G40/004/0631/063()
035461
Dednarczyk,_L11tayslaw aTA 0kans-Mzimierx of the MlItary Tuchnical College
(Wojskowa Akademia Technicz awo
ration-.0' Senzene,'t\Na hthale-ho &4 Thdriol. with Silver and Potassium1
it
N
-Witra;Ceis"\the Fr-onenco o a organic and Organic Acid Chlorides"
Warsaw, Roczniki Chemii, Vol 40s No 4p 1966# pp 631-636.
.Abstract (Authors, English abstract): Benzenes napthlanoo and phenol were
,acted upon with WO~ and KNO3 in the presence or sici4, sni4p P(;15., AacI3~
SbGl3,, Sb(;15j, 602(;12~0 SW12p %H5300lp IGlj CH3GOCl and Cols=l* it
'was found that the chlorides used-catplyso the~.procoss.of nitration with
s#Ter an potassium nitrates,%-, - brig. art. hast 2 tobles, PIRS
p
TO~IIC TAGSt nitrations benzenes naphthalene# phenol
SUB CODU 07 SUBM DATE: 02 Jul 65 ORIG PY.Ft 004 OTH RZFt 007
SOV RRFs 002
Card Jk-

AIJTHOR: XOBZAMI 1. Tu.) GION" L.B.
WIL11, On the Common Px4duotloll 4f21-- amd Q-PiLrt1cl*A.
(0 Boymostnom roshdoxii A - I Q-obastitB. Ruesian).
PERIODICAI: Zhurnal Usperim. I Tooret. ?iziki, 1957, Tal 32, Nr 4, pp 933 934
Ms.,8.31.)
ABSTRACT: )Lnalyai3 of the angular ; and energy distributions of yisn3 on tha
occasion of the decay Is _j~ 2x* + x- loads to -the conclusion that
spin- and parity of the 7-moaon are equal to 0 . The +m#sonp in this
caT:,cannot doo4y into two pions, as there are 'two X -z-^3vna must
ox t: 7 + and 97. XaBaes and life of the X 4-zeBens agree with one
another. This squality of the ma3ass can be explained by the hypo-
thesis by IM and TOG. 39aideep the following hypothavis Is also
poBsible: The decay-interaotions of the X-moBons do not keep their
parity and only a X-meBon exists. a
Uperimenta on the pair-like creation of X -.particles may be
suited for the clarification of the problem of the number of ao3vn3.
J.3TS73BERGER, st al. Phys. Psy.0 10, 1827 (1956) observed &cts of
the decay of the type:.A a + X-) Q I--* X ++ x- The particles
.4 and go are created in the course of thfoprocaDs + p -)PA*+ go.
These acts of decay hay* a life of ievlO 8*0.
Card 1/2 The authors next discuss the case in which one (single) K-meson

01076-61 W(l)
-]*cc N" AP6028207 SOURCE CODE: UR/0367/66/0031006/1154/1160
AUTHOR- KQbzarev, 1, Yu. OkurO, L. B. - Po ieranchuk J. Ya.
ORG- Institute of T~eoretical and Experimental Physics of QJEJA"nstitut
Teoreticheskoy i Eksperimental'noy Fiziki GKIAE)
TITLE: The possibility of experimental detection of mirror particles
SOURCE: Yadernaya fizika, v. 3, no. 6, 1966, 1154-1160
TOPIC. TAGS: mirror particles, particle interaction, electromagnetic interaction,
decay, neutrino, gravitation
ABSTRACT: The possible existence of "mirror" particles (R) in the solar syslem
in addition to the i: sual particles W is considered in connection with the observed
violation of CP-invariance in the decay. Their introduction restores the
left-right equivalency. It is shown that mirror particles cannot interact with usual
particles strongly, scini--strong-ly or electromagnetically. Weak interaction13
between L and R particles, due to the exchange of neutrinos/lare possible. Tile L
and R particles must have a common gravitational interaction. The question of th~e-
existence of macroscopical bodies (stars) consisting of R-matter and their possible
Card 112

L
k6t NRI AP6026267
observation is discussed. The authors thank V, N, GrIbov, V.J. Kogan, ~_,B,
Pikellner. B. M. Pontekorvo, D. A. Frank- Kam enetskiy and 1. S, Shapiro f!Lr
interesting discussions. Orig. art. has- 7 formulas and 2 figures. (Authors'
abstract)
SU B CODE: 20/ SUBM DATE: 29Dcc65/ ORIG REF: 004/ OTH REF: 017/
L(;5Lr~d2 vir

COUNTRY
CATMORY
iua. JOUR. .9,
AI S. Cnoriako-v, A. I n d
Not gi--r-On
TITID' : The I~xplonivr% Propeirtiaz of AN-Litar Hasil Mixturem
FU 13. : Prnor,~Irsl Cher, 13, **ic, Id, 697-699
AB3TRACT : The aulthori have invezt'.;-az-ed the ibxplusive
propertied; ot -a5t. and npcbanically mixed AN W-
Ilme nval 'T.I) v-ixtures. The NH%NC~ crntent of 1
win 4~19.9j. The 11 u3ed contained 55.15~ CaO.
Grain fractions of 0-50-10-75 =m, 0.20-0-50 Mm,
and < 0.20 zm and 11 -- O.?A am [omission?) were
eo, t e!d .The 11 contant in the mixturoz, w..3[-2 ;ir-
ad f rom 0 to 4C~~. Ti;e blanting action 'BA) of
the mixturen- ins mt-:-sured witti a TsylbuLO!,ki7 Fen-
dulun, and a Kast (nici drop test apparatiia wtae
C RD Okcr.,

OWN, PiDtr,, dr in2.
S-1-plified method of determining t~,p r--*fflclent of te-IsperatUrp
,j!,.-jj PJOW pha 0 4
amplit.We damping and shifting the %. k 3 n unif-~ra
partition walls. Gaz woda ts,-chn suilt 37 no.12.-390-395 D
1,63.

CKON.Winconty, prcf.
------- -- - 4. .
The scientIfIc wcrk of V*.9 inatit.".te "Cr Fl!lCaticn. Re-Aew
Fol Acade7,y 9 no.2:76-8) Ap-Je 164.
1. Director, Ins'itifte of Fdwnticn, WArsqw.

OXON, Uin,_-anti, Prof.
&C-3.entific activities of ~he lr3titute of P-3da-gcg7. N,-.ukn p-Iskh
12 no.2:1.90-192 164' .
1. Head, Inqtltute of Pedagogy, War3aw.

'OKCIM, TO.S.
-
Chronic atenosing lleitia. YeBt. Ichir. 77 no.1:221-122 Ja ~56
IXLIU 9:5)
1. Is kh1rurgicheakoy klimik-I (zav.-prof. IT.Ta. Arlyty) Saraloyakogo
meclitDiniskogo institata.
(ILRITIS
chronic stanoBing, murg.)

OXONECHNIXOYI-N. ---
Soviet -exaivators in Yranco. Ynesh.torg. 30 no.9:23 160.
(MIRA 13:9)
(7rance--khlbitionB) Okcavating u-Acbinery)

DKONA Maclej
PBuudocysts of the pancreaB. Pol. przegrl. chir. 37 nr.]:"-6
Ja 165
1. Z Cddzlalj Chirurglcznpgo Sz Italn Minjskiego v C-dyni
(ordynator: dr. B. Hr-.,-nlewlpckl~.

Cou-',%7TRY US) S R
CATLGC,RY Farm Animals,
General Problem3,
ABS . JOUR. RZhBiOl-, 110- 61 1959,- NO. 25772
AUTHOR Ckonavska7a Ye K
1; ~.S) T
TITLES : The Effect of Vitamin A upon the Composition
of Peripheral Blood of Animals ~.n Relation to
Its Anti-infective Attion.
ORIG. PUB. : Zap, Xhar1kovsk. s,-kh. in-ta, 19V, 3,37 (50),
233-242
ABSTRACT : No abstract.
CAaD:

REDIN Y.Y.; UNOV, A.P.1 OXONEYSXII A.F.j KIKITIN, I.F.; DREBMIISAII.Y.
.0
Production studies ofs. unit for over-allpurMeation of mine
air. Sbor.nauch.-trud.XrAv.fIl.IGD Alf IJRSR no.143-46 162.
(MM 1614)
(M-ne von tilati on-Xquipment and supplies)

MIN Y.Y.j OXONEVSKITp I.F,; YANOY, I*P.
P --
Contamination of tbe air by outbursts In the main ventilation
Bbafts. Sbor.naueP.trud.Xriv.fil.IGDkM MR no.lil36-140 162.
(JOU 16:1,)
(Mine dusts)

OXONEVSKIIJ A.F.) YPOTSKiIj A.Y.3 DOIOSB) F'F.
Nov apparatus for removing dust zI.Amplea. Bor3ba x all, 5:260-261. 162.
(Y.IRA 1635)
(Dust-Removal)

POLAND/Cbemical Technology. Chemical Products and Their B-34
A"lication. Dyeing and Chemical Treatment of
Textile Materials.
Abs Jovir: Ref. Zhur-Xhimiya, No 11, 1958, 38393.
Author : Q2~~~
Imt :Not Fiven.
Title :A Ccn~,e~orary Exposition.Coneerning the ProceBs of
Treatmnt of Fabrics Dyed with Vat Dyes in a Steam
Aging Vat
Orig Pub: Przem vloldenniczy, 1956, 10, No 9, 406-1*9.
Abstract: No abstract.
card : 1/1

vit"', val- i, 0.':
vo,

- 01 INSKI..R an, RUSZKIEVICZ, Viktor
,- I - -9m
Prevention of congenital disl4catlon of h1p, PadlAta polika 13 MD.5
54,15-550 May 58
1. Z X11miki DrtDpmdycxn9j A.M. w Gdnnaku llprownik;prof. dy '.vt-d.
Z, An'bros. Adreal dr IfIktor Ruesklowles, Odimaks ul. NJ ere -.look if-.go 4/6.
(HIP, dialre.
co-zonag 'prove (POI))

FWTCH, lessak, CRONIUSKI, Roman; SZWAUJK, 7rancissok, VRZOLKOWA, T*Tnln-.
3'1'ii~~I, Migiuss; RUS2XISWIC2, Viktor
:Evaluation of the arterial x7mtem of the head of the femur In old
age, Chir.nars.ruebu ortop.pollika 24 no.6:499-506 $59.
Is Z 111imiki Ortopedycnej IN v GdAnift. Xierovnlk., doc.dr I.Senger.
Z Zakladu1natonli PAtDlOg1cznej IN v Gaane)m. Marownik: prof,dr
V. CSarnDC)d.
MMUR JMD blood supply)

PWYCH, I.; WRZOIZOWI, T.; CKONIEWSKI, R.; 3jsKUFsXj, Z. ; s2oWAjvK, y.;
JWSZKINVICZ, V.
Morpbolo,glcal picture of the articular cartilage of the head of
the fewir in old age. Chir.narz.rucbu OrtoPoPolska 24 n0-6:507-
516 3590
1. 2 Xlini)d Ortopeavesnej IM v G&msU. lierowulk: doo.dr A.Senger.
2 zakuau Amatomil Patologicznej IN v GdAnsku. Xlerovnik: prof. dr
V. Czarnocki.
(7=M HMD patbol.)

31SKUPSKI, S.; ?MrH, 1-; CKOINIEWSKI. It.; RTJSZXIEWICJ",W.; SZVAM7K, Y.;
SUCHOZY.BRSIA, 3.
Radiological exazination of the femoral heads using the boDs plate
method. Chir.naTz.ruchu ortop.polska 24 no.6:517-523 159.
1. Z Iliniki Ortoped,7cznej IN v Gdan-s)m. Kierownik: doc. dr A.Svmger.
(TIMR Uhl) 3%diogr.)

aKOHIZWSKI, R.; RUSZKIEWICZ, V.; SUAWK, Y.; 11MUMU, E.; MOLKOWA, 7.;
PWMH, l.; SMHOZXBRSIA, 3.
localization of the fisia of fatty degeneration of -the boas marrov
In the upper segment of the femx1r in aged subjects. Chlr.nars.ruchu
orto.p.polisla 24 no.6:525-328 339.
1. 2 Zlinild Ortopedyesuej AM v Gdanaka. Xierownilk: doo.dr A.Senger
I i Zakladu Anntomii Patologiazuej AN v OdanBlva. 11arown1k: prof.
,dr V. Czarmcki.
(:BON3 MARROW pathol.)
(ISKM pathol.)

RUSUEWICZ W.; OKOUL."dSKI) i.; FOBTYCH, L., WRZOLKWA, -1.j
Idorpbo3.o_rical changBb in the joint capsule of -the hip ar4 pericapoular
muscles in old- age. Chir. narz.ruchu ortop. polska 26 no.3:23~,242
361,
2. Z Xliniki ()rtopedycznej A14 w CdanBku Kierounik: doc. dr A.Seriger
*ram a Zak:Lndu Anatoudi Patologic=ej X1 v GLlw,.:;ku Kler(rinik:. prof.
&r W.Czarnocki.
(HIP patlwl) (AGIIZ)

204TYCH, I , OXONIEW3XI, R.. - YOZMAX, Z.; SUCHOZU*,O.~A, B.;
131~kd~6- ) L. - I liuSZKILWICZ, W.,
Ilea2lng of experimental falze Joints. Cbi,-. mrs. ruc),m Ortop.
26 no.6.665-672 )61.
2. 2 Kliniki Ortopedycznej AN v Cidansku Kierownik doc. dr A. Sanger.
IPSLUDAhTEROSIS exper)

OKONIZWKI) SR.; -J' SUM410', V.; SUCHOZZD
?OZN1AK, Z.; 2UTYCHj W Q .3 V "iSKA :7
Comparative histological and radiological studies on calluses during
the course of 1racture healing vith special releronc--) to false Joints.
Chir. narx. ruchu ortop. polBka 26 no.6-.673-685 161.
1. Z Xliniki Ortopedycznaj AM w GdanB,cu Xierownik: doe. dr A.Sonijor.
(FRACTIJIM) (?5EUDAIITIbk-SI3)

. Lezzek ; 1 R cr-ar. ; f',',,IL3YX 1C:*,:Ir ~~d' , tor ; -'-*'UCH(.,~'.i-,D!IS?'.f, , "ilwa q
~GRTYCII, p .1
GuDXG";SKj'I 0 Ew,.
Furl - I
I Lhsr experi-antal studie3 en healing of p3m;darthroBim.
ChIr. nar2ad. r"chu crtop. Pol. 29 no.2: 287-292 164.
1. Z KI'nIkI Ortopodyc2nej AMdomii Nodyc2nsj w Gdan3ku
I
(Kierownlk: dcc. dr. med. A. Sonxer).

Roftn(nj oi kAjVm by dkiUlation. Wan Ok"" W1 I
Akad, Tech.,. Matup). 151W, -M
IW
xMI~r-.4cy, NOA, 3-17(1958).-1n was pwiW
heating at 720' and 10-4 mm. Hg for 4 hm. a Uarts
still; the latter was allowed to cool, and cj con-
denzates an wans, *M In was dist4. at 12000 (10-4 mm.
Hg). Tram o(Cs, Mg, S1. am V fotmd byspectral azW
*6 wen am1buted to the timtrodes OAm Ph, Ag., and ~~
b&4 bft-n remvod DWn. nft-uW freegus, and tome-
V. to In

.41137/6Z/000/00 1/034/237
A0601AIDI
AMORi ~k-~~`erjtn
'TIT12i Application of the distillation method for purifying certain voWs
?ERIMICAL: ReforativWy zhurnal, MetallurgiyA, no. 1, 1962, 23, abatraot 10172
("Arch budowy m"zyn.", 1959p- 6, no. 4, 551-576, ftlish; ItuWan
Rnglls~ summaries)
T=3 A distillation apparatus in the form of a sloping pipe with a
tollector tank Is used for the purification of Zn, Cd, So. In,,' and To. On one.
side the pipe Is closed, and on the other It 13 oonnooted, to a set of Vacuum
pumps. During the purification process theappwatus is lootted in a tubular
Keotric Purnace, in which the highest temperat ure exists in the neighborbood
of the closed end of the pipe. That part of the pipe constitutes the distills-
tion chamber.
0. Svodt3eva
(Abstracter's note: Complete translation]
Card 1/1

29235
T/032/,60/007/001/006/006
DD D220/3)301
AUTHOR: Okonievski, Stefan (Warsaw)
TITLE: The purification of substances by the method of
multi-sublimation
TERIODICAL: Archiwum budowy maszyng v,, 7, no~ 1, 1960, 139 - 145
TEXT- The paper shows both theoretically and experimentally that
it iL possible to utilize the change of state of substances from
solid state to vapor state directly without passing through the li-
quid phase, for purifying to a high degree some substances especial-
ly semiconductors. The great advantage of the proposed method of
sublimation lies in the fact that process of purification can be
carried out at temperatures lower than the melting point. Thus low
working temperatures are technologically advantageous, However, the
BuccesB of the process depends on the attainnent of low enough
presBureB and this can sometimes present considerable difficulties.
MUlti-Bublimation (I.e. repeated resublimati0n) can be convenient.Ly
carried out in a horizDntal glass or quartz tubeo One end of it is
Card 1/3

Y/032/60/G07/001/0006/06
The purification of substances D220/D301
sealed and Inserted in a furnace, the other in connected to the
vacuum Byntemc Substance A contaminated with a substance D ia p1la-
ced at the sealed end of the tuber air extracted and heating co=-
enced. The mixture is vaporized and the vApox nDVeB towards the
vacuum pump. During the transit the density of the contanination
cbangeB and therefore the rejublimation temperature Is alteredc The
mixture of substance A with lesser content of B will resublimate
at a lower temperature (or higher, depending on the nature of sub--
stance B) i.e. further along the tubeg where the t~rystals of sub-
stance Aq slightly purified, will be formed. Now, it the furnace
iB moved in the direction of the vacuum system, the cycle will be
repvated and nort pure substance A will be obtained6 After number
of repetitions 'the two substances wM be separated and deposited
at two different places in the tube. The degree of purIfication
will be proportional to the number of resubl=ationa. In practice,
the mixture will contain more than two ingredients and in order tc
extract different products without breaking the tube, a replaceab'ke
condensatiom chamber can be attached to the cold end of the subli-
mation Tube and exchanged each timeq when new product is resublina-
Card 2/3

't o4
)1/032/60/007/004 /U, E/CD
Thv purification of subBtan-es D220/D301L
ztd~ Yron the numerical data of the melting points sublimation tem-
perature and pressure it can be concluded that the method of multi-
sublimation can be applied to barium, cadmium, magnesium, antymony
and zinc. The preliminary invesligations carried out by the author
showed that this mew method is as effective as the process of
distillation. The multi-sublimation process as yetp nas not been
operc` tive on large scale due to its inherentiy 'Limited scope, diffi-
culty in attaining low enough pressures and cumbersome excharZe of
resublimation chambers. The automation of the latter would be a
great improvement. There are 8 figures and 4 Soviet-bloc reference.
SUIMITTED; September. 1959
Card 3/3

OXON1-WSKI, Stefan
Materials for vacu-um do-vice.B. Przegl elektrmiki 3 n0-3: 103-105 mr '62
i
p
0
. 1%, 1
v
4
0,

OINZWKI, Stefan
Cleaning of metals under reduced ]pressure by ml-tiple '
changes of the state of aggregation. Przegl elektroaW
3 no,12:633-634 W 162.
.1. PolitechnDIA.0 Varazava,

K C, N i E, ~.l 71
r4?
Pol ~5;11,7-151
1. Techmcul

OXONISHNIX(N) A.M,
Behavior of Impregnated 41ementa during the processing of emplex
orea. Trud7 Alt. GlUill Xazakh. SSR 91207-220 360, 04EU U-6)
1. Vaesoyuznyy nauchno-iseledmtellski7 inatitut -tayetnykh metallicv.
(Nonforrous metals-44stallurgy)

C/
0/137/63/000/()02/013/034
A0061AI01
AUTHCRS: Okonisludkov MI. Tsyb, P. P., Ponomarev, V. D., Mbina, L. A.
TITLE; Investigating the process of thallium cementation on zinc dust from
sulfate solutions
PMIODICAL: Referativnyy zhurnal, Metallurglya, no. 2, 1963, 30, abBtraot'M65
("3b. tr. Wes. n.-I. gornometallurg. in-t tavetn. met.", 1962,
no. 7, 163 - 171)
TEXT: The authors investigated the effect of the following factors upon
the rate and degree of T1 precipitation during its cementation with Zn-dust:
consumption of Zn-dust, its coarseness, intensity Of mixing, temperature and
aoidity,of the solution. Optimum conditions of Tl precipitation are antablished-.
acidity of the solution within PH 3 - 4; or alkalinity within pH 12 - 13; tem-
perature about 60'DC; duration 60 minutes at intensive stirring. At a 12 Mg/1
concentration of Tl in the solution the dust consumption exceeds that of thal-
lium by a factor of 500; and at 100 m&A and more by a factor of 10D. The ex-
pedienoy Is shown of turning the sponge for cementation one or two timea, since
Card .1/2

3/137/63/OOD/002/013/034
Investigating theprocens of... A0061AI01
the sponge is then enriched by a factor of 2 3 and the precipitation degree
decreases only to 75%.
0. Svodtaeva
[Abstracter'B note Complete translation]
Card 2/2

A0061AI01
%Vabova, N. A.
AUTHORS: Okonishnikov, A. M., Ponomarev, V. D., I
TITLE: On the problem of thallium and cobalt oxidation by potassium
permanganate
PMRIODICAL: Referativnyy zhurnal, Metallurgiya, no. 2, 1963, 30, abstract M66
("Sb. tr. Vses. n.-I. gornometal-lurg. in-t tBvetn. met.", 1962,
no. 7, 186 - 192)
TEM The authors studied conditions of oxidizing TI and Cc during their
separate and joint presence in sulfate solutions, and :revealed the effect of
some foreign ions in the solution upon the 3oint oxid4tion of T1 and Cc with K
permanganate. The initial T1 and Co concentrations i~n 'the solution are 100 and
475 mgA. The solutions were acidified to a necessary concentration of H2SO4,'
4.5 - 5 by Zn oxide. It was established that changes in
and neutralized to pH
the temperature of the solution from 30 to 70oC, in the duration of mixing from
20 to 360 min, and in the initial acidity of the solution, did not subat'antially
affect the degree of TI oxidation. At pH 5 It was 99-5%- Crau2ges in the tem-
L Card 112

3/137/63/000/002/014/034
On the problem of thallium and cobalt oxidation... A0061AI03
perature from 20 to 700C and in the duration of mixing from 15 to 240 min do not
affect the degree of Co, oxidation. At P;~ 5 It Is equal to 99.9%. Oxidation
of TI and Co during their joint presence 1,rooeedz sufficiently fully at a theo-'
retical MnO4 consumption. At an increase in the acidity of the solution and in
the presence of metal Ions'(Cu, Zn, Fe3+) the Co oxidation degree Is reduced and
thedegree of T1 oxidation does practically not change. Mn has practically no
effect upon TI oxidation, but the degree of Co oxidation decreases sharply with
higher Mn concentration in the solution. Therefore It Is necessary to reduce M?+
concentration in Cd-Bolutions. 7his can be achieved by diBBOlVing the initial
Cd sponge by H2304, but not by the spent Zn-alectrolyte.
0. Svodtneva
[Abstracter's notei Complete translation]
Card 2/2

,OKONNIKOV, Ye.G.
". . ----------
31-ectric ana MIvanomappetic properties of diluted solid aclu-
tlina. Trudy Inat. met. mo.6:32-40 ,6o. (MDA .1338)
(SiDlutionz, Solid-Xectric yropertles) (WI effect)

SOY/177-59-2-33/2)
1700)
Frankfui-t, A.I., Colonol In tho Jfodlcnl Sqrviirp. Prnfrii.,Aor:
UnIkova, Z.D.,
OkonishniRgya, O.A., Major in the Medical Service, nnd
Protyanova, X.D.,
TITLEs The Condition of the LiTer, Pancreas, and Kidney in Cnses of
Chronic DastritlB
PIRGODICALi ToTenno-meditsinskly zhurnal, 1958, Nr 2, pp 66-B9 (VsSR)
ABSTRACTj The article deals with the results of ohs orvatIon of 113 pntllonts,
similar in age, working conditions and eating habits, vitb chronic
gastritis, showing no Indications in anamnesis of any effects on
the liver, pancreas, or kidneys. The subjecto vpre all men 20 -
25 years old, of -vblcb 20 hail been ill up 'to 6 montbs, 27 from
12 -months, 50 from I - 3 years, and 38 for more than 3 yenrx. 761
,showed objective signs of chronic gastritka, -*)ill* Lbe othf,,7A Alio-w-
ed fever symptoms. 50 .9howod. an Increase in Hie Acidlty of ator3ftrb
Becretiona, 31 -were mormal in this TeRpeCt, 17 shoved a dPc7-iT%,.sr-
Card 1/2 in acidity, and in 17 free hydrochloric ac3d -was absent, The

:S/7$5/61/0001003/C.Z""/.nZ7
AUTHOPU Okonnikov, Y9-.-(i,
TITLE: Electrical proptrtice of-diluted solid substitution solutions,
SOURM Moscow. Inzhenerno-fizichookiy institut. Metallurgiya i
deniya chis-ykh metallov, no.3. 1961, 995-305.
TEXT., Alloys ba,3ed on a tritnattion metal exhibit a paak electrical reakstit-,ct
ata concentration o[O.01-0.1 at-% of the second coin pone nt. The ailoya worq i);em
pared i.n a HP induction furnace in a vacuum of 10-3.10-4 torr. The small
tratione required wore obtained by addition o.'r.higber-concentration ligatureti.
prolorged anneal the alloys were rolled into strip-less than I mm thick. 7-,r'
spec ens had two longitud_na~~N- -:e?arn-*cd Lugs for the xesistancir- ',Ri
k,Wj and two transvcrse'Y Ha- '.~fVCt U. _1'rid CfitiCa.
.0t. "'J'
is that of the physicai r)f 'r~e hence, high ACCAira(V A:
ments in many points are Drrre~.;.,~i%~tc. ';'ne r t- 6 ta nof, -Mea a U rn g f! , ". r"
rAitted e. m. f. measurarnentv to wit)-dr, 1 010- v MMA %a P ~to a ~Sr'4t I,. A -
it 0.05-a current from 1,000 or 4.LIOG arrip-hr P)~' battoried was PaO&OLI
specimen. Titin ooatter of the obeerved 1~ value& Loss- P"-A
In this conttnuou3 series of colid soi%itiora the
Card 1/2

Ziectrical propertias of diluted
curve is a monotonic and nearly linear curve for both 27130K and 780K f-)r t,
cantrations. >0.2%. A msuztance hump i& observed at 0. 1 370 at 273 G K
at 780K. Fe-W avatern- W-.thin the rArigfj of concentrations this ih Ar.
-= r) Ccurs At -J~-) at
tion. A R p . ~,' , %',' -x ni u v a a 5%
rnonotorur- t's~;.ghtly i ~ac u! iil witn conc4ntration, 7he
coincides with "he rorre~p3nd:nj; rx,xcrT,A. ~-a)Lies -)f uia
7'hft R c~ ri -i a
Sn ar,d ai, o! p t ~r i
first mirarnum ai.,i Lne .:r. i,p 'r e LUT) Of ho ;)C C 1A r r.41
struature of the X- ra tk p 0 x P--) r Fri Q ;k 14 , V 9 11 1 Q L
exten a Ively in te r-n a c~ I B,-) rov 3 ~i a an d K. P. Ou ro-,'~ 'a torn i c - t~~ or
'There are 5 fi~~urea anc 4 reILrrncnq cinng /-3 mourcaq (11'~ Rtiamian-lal-
I Ru s s i.ax, - :, :-. - ! a g e t r i z i or- o-, L~. IM a t - ~ - % L i- a ~ !-. B r, A r -, t- a
3 F, r, g " i s h - I a n j,,.4 a g o I . ft are expret~n&c. -n ' B. 13uro% - X.
ajid o~~.ar 6taif mtrr.Darp c1 LtLR ~nsntutc of Met-a-urg---. A-S
ASSOCIATIOIN; MIFI (N~omcow Engin'eering Physics Institute).

P~qffmv, 701G, -
Electric and galvanomagnetic properties of diluted solid
solutions. Part 2. Trudy Inst. met. no.l5j75-78 163.
(MIRA 16:9)
(Alloys-ElectrIc properties)
(Alloys-Galvanomagnetic properties)

ACCESSION N.R: AR4041543 S/0137/64/000/004/1021/1021
SOURCE: Bel. zh. Metallurgiya, AbB. 41126
AUTHOR: Okonnikov,. Ye. G.
TITLE: Investigation of role of small impurities of silver In palladium
CITED S013RCE: Sb. Metullurglya 1 metalloved. cblBt *kh met. Vy*-Ip. 4. bl.,
Gosatomizdat, 1963, 188-193
TOPIC TAGS: silver, palladium, electric conductivity, Hall constant
TRANSLATION: InveBtigatCB Influence of small impurities of Ag on physical
properties of Pd: electrical conductivity, BRI13B constant X, and change of
resistance In tranuverse magnet1c field
Card 112

ACCESSION NR: AR4041543
~fhere H is field strength, a is the constant. Extreme valuea of these magni-tudea
correspond to an 4 concentration of 0.13 at.%. Sharp change of X at 0.13 L.%
Ag :(almost 2 times) iDdicates that the effective number of cwWuction vlectrons
significantly decreases in this region. Haximum of a indicates strong increaze
of mobilit7 of electrons and holes. Data on concentration of slectrona Iand holes
mid their mobility and I-ray data about the lattice constants of alloyn.Td-Ag
&Uow one -directly to calculate each of the toms or resistance. Bibucgraphy:
,~23 references.
SUB CODE: IC, EM ENCL. 00
Card 212

L 13044-66 EVT(z)/T/V.-JrP,. t )/VP(b) /EWA(c !JP(c) JD
ACC NRi APSOIBB69 SOURCE CODE% UR/0126/GS/020/00110151/0153
AUTHOR: Okonnikov, Ye. G. 14
ORGt Hoscow. Physics Engineering Institute (Hookovskly inzhenerno-ifzl_~
cheskLy institut)
TITLEi Effect of small admixtures of alloying elements on the crystal
lattice paramete of iron
_T
SOURCEt rizika metallov i metallovedenlys, v, 20, no. 1. 1965, 151-1~53:1
TOPIC TAGSt crystal lattice, crystal lattice structure, solid aolution~,
ABSTRACT: Precision lattAce pajameter measur:m enta were made for dilutc~
a solid solutions of W-And W n re W comp s4tions were (at %)i 0.053t
_d__2.OT,. Compositions of Al were (at %)1 0.03;
0.12; 0.24; 0.51; 1. 2;
0.05-, 0.08-, 0.12; 0.16; 0.24; 0.37; 0.50; 2.~; 4.0, X-ray patlerns
Vero taken with re radiation XK I = 1.93597 AX 2 = 1,93991 A, AKr
Q 0 ' I
1.75654 A. Preliminary determination of lattice parameters, Millcr
indexes and Wulff-Bragg angles was made by the Debye method using an
RKD camera while precision measurements were made with an RKE camera. A
high degree of precision was attained by the application of li,.%rge W'Ulff-
Bragg angles (0 a 60-600) for 14ttico parameter determination. ror T'o
Card I / 3
UDCt 539.292; 540.4

L 13044-66
ACC NRi AP5018869
KaI and KG2 220 (0 0 730) refloctions ware used and for re X,j the 310
(0 0 760) reflections were used. The three K lines were focused nimul-
taneously on the x-ray film. Line measurements were made on a IZA-2
horizontal comparator with a limit error of .9 microns. Scatter of tho
values for the three lines and for various x-ray patterns was very
alight (0.003%). Lattice paramoter vs composition curves are shown in
fig. 1. The curve for W compares to the curve of resistivity vr, compo-
sition except for the region of small admixtures whore at 0.055% there
Fig. 1. The lattice parameter of iron sit a function of the concentra-
tion of admixtures of W and Al in dilute solutions of re-w (curve 1)
and re-Al (curve 2).
Card 2 / 3

L 13044-66
is a maximum in resistivity. Within the! limits of experifeentAl err-or,
the lattice parameter curves do not show the anomaly at small adtiixturoq
shown by other physical properties. The lattice parameter vs Al afNi-
tion curve is linear which also is reminiscent of the electrical reqi5-
tivity curve for Fe-Al conpounds. The effect of monotonic increase in
the parameter of the cry3tal lattice resulting from an increase ;n the
concentration of the admixture with the greater atomic radius appears
to predominate over the effect of anomalous changes In the paramoter
stemming from an additional bond in the metal in the locality of the afl-
mixture. Monotonic changes in the parameter of the crystal lattice al-
so indirectly support the validity of this method of determining the
concentration of admixtures. In conclusion I wish to thank 1. B. Dorov-
skiy for his attention and Yes V. Budko for his assistance fn-,;.~,;~11-Ing
t a measurements. orig. art. has: 1 figure.
SUB CODE: Il/ SUBM DATEt 2lJul64/ ORIG REr, 012/ OTH Rrl'i 000
3

t 12Zl-66 Z-1Vn)/T/ZV-AW-2
ACC IM
AP6001154 SOURCE CODE: Int/0367/65/002/003/0473/1)184
AUTITOR: Anikina 'M. - VardenE!, G.; Zhuravleva. I I KotlyareyjtXty, D..,j Mks lp'PhYu.-;.
.-M
MestArishAll, A. gy-a -.;Uk--onov
DIL:D
ORG: Joint Institute of Nuclear Research (OW'yedinennyy Inalltut yadernykb IBBledovanly);
Physics Institute. Academy of ScienceB.Gruzinskayn SSH (jutitut 1l%Dd Akademll miuk
Gruzinskoy SSR)
0 meson dcc-,iya
TITLE: Investigaton of K
2-------
SOURCE: Yadernaya llzlka, v. 2, no. 3, 3965, 473-4&)
TOPIC TAGS: X meson, meson interaction, leptDn, radioactive decay, selection rule, pion
ABSTRACT: The authors presented althe 121b Internntinnal Conference on High Energy
PbYBICB, Dubna, 19M, preliminary results d analyses of 683 X 0-meBons detected In a
2
Wilson chamber. In !be present article, the withorB present a more complete analysis using
a larger statisUcal materIal J1082 X 0-mesons). The following probabilities were obWned
2
for leptonle dF-cayB of the X 2-meson RM for -the decay X 2 or++ -0 + -;r
0
(with respect to all X -decays into obarged particles)i 0)
2 2 2
Card 1/2

L 13551-66
.~CC NRI AP6DO1154
~(charged) = 0. 194 + 0.024 and f",,(Ke tK,,.j3) /F2 (chargei~ = 0. 806 + 0. 090. The data on
2 3 2
leptonic i3ccayB exclude the S-type interaction and are In good agreemont with the V-Iype Inter-
action and the pri-JIctlona baBed on the) ~
I I - 1/2 selection rule. The energy spectrum of
0- + -of decay differs significantly from the phase curve
17 mesons In the X
The value 4 -B. 2 -1 was bbWned for the cocfflclent,~_L In The linear appra%imation
dW(TO)/ d P(Tj))= 1 +,rTC/MKC),whlcb is also In good agreement with th0j.61 1-1/2
I
selection rule. ABBUMIDg the OXIBIOnCe' of a,6--diplon reDonance, 'the lollowIng values are ob-
r -(75 + 15) MeV. In concluBion,
tained for Its maBs and width: MS = 1350 + 10) ';McV andj- I
the authors consider It their pleasant duty to thank B. M.Vontecorvo [Pontekoryo) for fruit-
ful discussions and constant Werest In the work; V. -1,.Vck8ler, L. V.ChqyllcLaM the entire
staff of the proton-synchrotron., who assured the execution of the experiment; and E. L. - - _ - - -
Ane.ronikashvill, V. PP. ID)zhc11e2ff,, and Z. Sh. Mandzhayldse for assistance In the work.
Authors also wdend their thanks to the group'off laboratory Uib Mans and raochanicD con-
sisting of N, 7, Grafay -, Zba ],~, LyubiMoy. D,__~Syerdlln V,,Zm1znmf,_
.j L, (Gonchucy, P.- M
V- SWUM, L 'PilstO34 mid T. 7111nnny and -the students 0- T)u-hrny1Avzd'V, No-dk2l for
performWg thevalculations, Orig, iR fissi 10 figures.0 4 tables) wW I formula,
SUB CODE: 18,1 SUBM DAM 3OMar65 /,0M0 REP: 007 IM, REY: 021

ACCESSION NR;
AUTHORS; 1,Y U t. 1 Q M ','I F, F, orl,-l t rd k I
TITL".i E f f -r4 c -,I,' -im
SOURCE: Zhurnal ekFp,
no. 5, 11)64.
TOPIC TAGS !Tw, a r t
ABST&ACT: Th,:.., puq:-~)sc- was t(l
fluence of the mv-d,~uin the intt---r(vri?!nce phenomena occAii~llrp:;
KY eye tea's ane t c; 0 .9 t i. ma f- c t ~ j 11.1 (1 ~ ~,-, j r, ft -' r t h* u FF u a IAPP r 0 11 if f
within the framewy.)rk (--)f whicl- tho K 0 r7w~aon-q arip reqardad an .1r,-
In estiinating the coherent in'tera,ctlon Of
K0 and io mesorx witl-l thto c,n thc~ propert,-" of ti-.e F"v-
Caro

L 16099-65
ACCESSION R-F. A P 5,'~ 3 -4
the medium, and note t-hc, specl fic to-atures of the iyAerfvrevi;.-,,
0- c) Q 11% () 0
phenomena i~i the f4vstt2pu;~ y F K K 2 F I (K~~) and K I
shown thnt .~ie eqn-sa! r~r,A a , r PI-eviotlEtly del lved by
the authors (Okon,-)v o. 11 ti I, . ZILFTF -,!. 43, '120 and 130.2, 11?1~')
the K0 Meso!ls r #-:,g a T d' &1 (3 r Iti ~'(" arr, to an el'r'or -Wl-il
reach 1M and whi-h Tuv~~ t, c ilk t~vl i s) t o a c (--ou n t Or fj Y
18 f ormu I a.A .
ASSOCLAT101-4
(Joint 1 nn L it ~j t e c-7, a r P,-
SUMI MED 1 "May()4
SUB COM NI'll ~"'P REF :;OV: o C 3
carld 2/2

L 22141-65 &WT(1),aP4 (a) -,?/E'sfT (a) /TjOft t )/WdP(b)/9WA(h) Pt - 10
AS5(&)-VA-YWL/AS(aV) -2/kF9TR/RAKX(J) /"D(9fi)/95Vi 0/14F(a) .1 D/aG
ACCUSICR iiRt A?5W1859 s/oo56/64/o4,,,/oai)/,'~
AUTHM Drahan, bi.; Ubidarvy. Wow. To. A.; Qkoroxm, it,
Trunm . V. A
TITU: RC tex-IMA. of neutroiw~. by Iron
~n --
SOURCHI Zhurnal eksperiment&l'noy A. ttoreMcheakay flatkA. Y. 47 no.
2316-2W
TOPIC TPDS: neutrcm scattortnip. spi-a wove, wlaa-lzatlon, spin fl.11), ii--;r
crystal
AW7Rh=t The authoro report th~a rei~lta of nwDR-rinenta on tho Seattel- r+
polarized neutrons by gLn&11.e-c7-yVt&1 Aron, almed at investigstIng the r~~c- 't
and abaorption of opla wavris ).n 66ill-angle neutron scattering. Ttie exp-ir ~ r"
rAt-up is shmm In Fig. 1 of the enclosure. 71he Airror system maAe It -,-o- s'.
,o obt&ln Intense beams of neutrons with polaritstloi~
-%-0. 00% without beam broadvnlrg. The ssmple was plah~,ed In a 9 W f1sil
neasuremen'ta we're made at scattering angles in the range 0--20'. Tb&
indicate that the c-roea secti,:,n for- n~--Arcm Acattering with spin-weve
Card 1/3

L 22141-65
ACCIMSION IM i U7,5001,859
is not equal to the croaq section t*r scattering with absorptim, and tNit
increasing -scattering wigle abcoiption prerdouLinates ow r excitation, tn
vLth calculations mpde by S. V. Maleyev, Scattering of an unpolaxiLe-d timia P4
IkWalimtely the s=e &nglo& resulted in a paltrization an the orde- a,.' -,Y(
iA canclud2d that acattering of neutrans by spJn waves Is actual.1y
spin flip, srA that the character of scattering depea44 on the paramp-tv,
energy of incident nelitrox~)). "i. V. X&Ieyev part I c I pated in wn e v e_
of all stW-a of the work &nd we are watef'Lil to hin for YLluable adyi:
thank D. X. Kaminker for conttnucFus interest in the work and for a dis, ii
Orig. art. haz; 2 figurea.
ASSOCIATION: Fizlko-tekhnicneskAy tnist,tut Im. A. Y. lofff A-kiviem-,1 ninot
(Physicotechnicra institute, A-ad-nny of z~clenceat BEZIR).
MOM: 06Aug6h ERCL
SUB CODE: NP NTi 'rtu SOV
Card 2/3

L Z2141-65
ACC M TON NRs APS001859
Tlig. I. Diaqr&-, of set-q)i 1 - Mirror of nickel m criaxti:
substrate, 2 - p-,Lw-lzeT, I -- rad).c trerp-~cncy coi-Lq foe
neutrun ",An !1;.p, 4 - analyzex, vuTple, 6 - detectnr,
Card 3/3

AUTZORS: Lapidus, L.I., and Okono-Y, E-0, 26-11-5/16
,TITLE 3 The LateBt Research In the Yb7sics of Fundamental Farticles 0:u-myshiye
issledo-raniya fisiki fundamentallpykb chaa%itB)
PERIODICALi Prirodap, 1957v P Ilt P 33-42 (USSR"
ABSTRACT: In 1956 the USSR opened the Joint Institute of Nuclear
Riesoarob, placing It at the disposal of scientists froz all
Co=unist dominated countries. The Institute is furnished
with the moat modern equipment. It ban a eynchrocyclotron
producing protons with an energy of up to W mey and, since
April 1957, a syncbropbaBotrom Mg. 1), which can accelerate
protons up to 10 5jV. With the syncbrocyalotron the f1r3t
experiments of scattering mqutroms by neutrons could be in-
quirea into, and It will also prove vary uasful for the
study of the interaction 'between TT-neson and nucleons, while
the powerful accelerator opens new poDBibilitieD for the
invaDtigation of antiparticles, To discoTer exhaustive facts
about ths laws of Interaction batwoon elementary paxtioles,
many more experiments are needed, and In tbis woTk the Joitt
Inatituts will play an Important yrATt. As to the methods of
obse-A-Ting the reactionD of high energy yarticle3p the authors
Card 1/2 point out that photographing by means of very thick emulsion

The lateBt Refiearcb in the VW31cs of Yundamental Partic1es 26-11-5/16
platos covered with a layer of frozen hydrogen (-259 00 has
proved very effective. Diffusion chambers are especiall7
u3ea for studying camcade hyporons and Tr-mesons, The
latest method of registering charged particlan Is the appli-
cation of "bubble cha-nberall (Deacription in # 10 of "Priroda",
1955, P 79-81) Scintillation counters and Cherenkov counters
(719. 5) are two additional devices which are being success-
fully used by the Institutg for discovering particles Whose
properties are theoretically predictable, as was the cane
with antiprotons and antineutrona. At the present tine it
may be considered an established fact that the laws of
Interaction between neutrons do not differ from those be-
tween protons, and that neutrons and protons are very nuch
alike, which is of fundamental importance In nuclear physics.
Thpre are 11 photos, 2 charts, I graph and 2 references, of
which both are Slavic (Russian).
AVAILABLE: Library of Congress
Card 2/2