SCIENTIFIC ABSTRACT MOKRZYCKI, J. - MOKULSKIY, M. S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001135010004-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

r t j P I
'71
C 1947.
Lotuniczeji FrLner. Ftr@. 1-2. kerodynnc,-Ico and Yea'.arlIcs of
7 T
SO: 1-',Onti@ly M-st- of 'Saot ElircT -br
)Pa:n Acce9slons, L4 arty of Con-ress, Vol. 2, 'To. 10,
October 1953. Unclassified.

JUian., mp inzol,MMIKIII Xerzy, mgr.
n trends of teahnical progress in the water management of
1
W
light, in&str7o Gosp, wodne 23 no&5-.199-201 NY 163,

.tntibiotics in preventive therapir of pulmonary tuberculotsis.
Gruzlica, Wargz. 19r, no, 4:459-478 July-Aug. 1951 (OLML 21:3)
1. Of Municipal 1=3g Diseases Hospital go. 10 (Director-Karian.
Zierski. M. D.), Lodz.

KOKRZYCKI, Rikolaj (Lodz, ul. Sienkieviaza 63.)
Case of malignant granuloma treated with sanamycin. Polski tygDd. IA..
12 no.41:1587.-1584 14 Get 57.
1. Z Zakladu Ptyzjatrii I.D.S.K.L. i ze Szpitala SpeaJalistyarnego im.
dr A. Sokolowskiego w Lodsi: kierownik: doe. dr mad. Marian Zterski.
(11ODGKIN'S USUSS, therapy,
actinamycin a (Pol))
(ANTIBIOTICS, therapoutic use,
aatinamycin G in Hodgkin's die. (Pol)j

IMM, Marian, KO]MYCKI, VdkolaJ, MOSKA, rrena
tuberculosia In adults with antimicro-
Reaults--Of-tr V.I:L@Onary a 86
bial druge together with AMH szd cOrtiscm8 Gruzllc& 25 ne'r5;-269-2
r, 11jaiki Ftyzjatrycznej vLodsi J@Wtytutu Daskonalenia; I Specjalizaeji
Xadr Le.karskich.' rierownik: doc dr med. K. Zierski. Adres: LA1.1a,
farutowicza, 370'
(TUMGULOSIS* FMONARTs ther,
AGM & cartisone with antitabere. drugs, results (Pol.))
(AMM ther. use.
. tubarc., pulm., with antituberc. drugs (Pol))
(OCRTISONE. ther. use
Smme (POM

KOKR,".TCKr, Kikolaj; PATZ"'MNSKA, Jidwlga
Cases of staphYlococcal. pnA-z=onla. in adultis. GrUzMa 2? no-3.-247-
253 Kar 59.
1. t Z&Iadtt Tryzjatrii Studlita Dook-qnalania Ukarzy w Lodzi i
Szpitala Specjalistycznego Im. dr A. Sokolowskjago w Ladzi
Kierownik Zakladu i dvrektor SVitala doc. or M. Zieraki'ordynator
Oddzlalm: dr K. Abkrzyckj. Adrea; 10(iz, ul. Kosymiaraw adynalcick
26.
(KIGIMCOCCAL 1117BGTIONS, case reports,
pneumonia (Pol))
(PNMMOUIL, case reports,
nicro-coccal (Fol))

KMYSZKOWSK4 A=aj BTALCKMt Michalt G!rGANCZLTKI Xanuss; DUM$rA,.,-,LVOSKA,
Bozena; FIRK047MIMS14 ftylia; WRTA Bronislav; w"zimur
@
Stanislav; KUBIT, Stanialmq ff_CP=5@q
4jlg@@;- PCUCSZ94 Hie
azyslavr MK4NOWSKA., rzabellat VASOWSU, Janinar WESTIMCH, Feliks;
WISNIWKr, Henryk.
Tuberculin reaction in recruita. Gruzlica 32 no.2tl3l-139 Ft64
1. X &Aladu Epidemiologii rnstytutu Gruzlicy; Kierownikt. doc.
dr. med. O.Buraczewski.

110 MI-0741t S.
wD
I opularization and Improvem-ant of Intrafactollf Plamn!mg. It P. 285.
(PMEZITSL CFEIVIC-tUrf. V761. 10, No. 6, Jime, 1954. Wars=.-a. Poland)
SO: M fornthly List of Fast European Accessions, (ERPL). LC. Vol. 4,
No. 1, Jan. 1955 Uncl.

140KRZYDKI Vieslaw (Varo.zairal
Unloading f*zen loose materials froK railval ca.-v* Ptsegl
budowl i, bu(imieszk 34 niowl2t715-720 D t62,

..@@@@Warazawal'
.1
Ifew freight cars for transporting. loose building matari&^,ev, Prze4
budowl i bud mieszk,36 no.3tl55-156 Mr t64,

JOPUIKHOVI U.N. kand. tekhn. nELuk; MOKS, E.V., inzh.; TOiZACHEV, F.I., inzh.
..........
re rind-soil cement d laying pi fou-n-dations
Technology of D @pa and ile- W_
made*of it and f6undations without earthwork. Trudy Up.-Sib. fill.
ASiA no.7:145-156 162. (MIRk 18:2)

WKS I E.V., inzh.
-
Method of. X44-teraininE the or-eratior ;ycle of th-i" working e-le-m-ant-a
of mchinery intended -f'O-- the prepsrat2on c." sr,.'-! ce-=-c-nt P-L-lings.
Trudy Zap.-S'Lb. fil. ASIA no.7:161-164 '62.
(.MiRA 18-.2)

USSR / Huzan and Animl Physiology (Iforml and Pathological). T
Digestion.
Abs Jotw : Rof Zhur - Biologiya, No 13, 19@8, No. 6o467
Author : kokah, K. P.
Inst :-Twanovo McLical Institute
Title : Effect of Painful Stimuli Upon Intestiml Secretion
Orig Pub : Sb- nauchn. tr. Ivanovsk. mod. in-ta, 1957, VYP- 12,
87-94
Abstract : In dogs with an isolated upper part of the jejunum loop,
according to the method of Tiri-Volla, a ainglo irritation
of the skin of the shin inhibited the intestinal
secretion, cesmad by wetting of the mucosa by a 0.3%
solution of HCI or by drainage. The C@N.S. action was
affected simultaneously. Tho return to norml of the
letter occurred earlier than the norvalization of the
intestinal secretion, in which there was phasic fluctuation
Card 1/2
88

LWR / Human ancl Animl Phyaio.'Logy @Xoimal ard I@athological). T
Digoation.
- .. , W,
Abs Jotx : Rof Zhur - Blologiya, No 13, 1958, No. 60467
within sovoral days of obaorvation. With a accond
Stimullasy the tim of secretion inhibition ard tho period
of phasic fluctuation varo shortor.
Card 2/2

MOKSHAKOVA
Xvidanceis of oil in the BavI-I aediments of the Aayul' exea ia
Pqrm Province. Ge6l. i geofiz. no-5:13-:L6 164. (MIRA 17:9)
1. Kamakiy filial Vsesoyuznogo nauchno-isaledovatellskago
goologorazvedochnogo neftyanogo inatituta.

MC03-HAILIG11j, G. A.
KDkshanov Gl- A.
I Is
"The pathomorpholorry of r;,,7perLTP-ntal plague in sensitized E;uinea pigs."
I,Tin Heal',.hT-,,SR. State Sci Res Inst of 'Microbidlogy and Epideriolozy of the
southeast of the USSR Saratov, 19,56. (Dissertation for the
Degree of Doctor in Medical -Science.
lotoTAS
No. IC, 195b. Moscow

KOIMMOV,. X.Y., inshener.
ft. improving construction organizationg. kr.khaz.KasL-. Z5 no.Z:30-31 IF '51.
(MI-RA 6:11.)
(Oonstruation, 1ndustr7)

M3KShANC)VA, G, A.
23634.
K PkTOLQGIChEgKOY GISTOLOGII MADPOChEChNIMV PRI SUNON TM. THM SARAT. GOS.
MED. IN-TAg T. VIII, 194-9v a. 265-70.
SO: LEMPIS9 NO. 31, 1949

MOKSbANOVA, G.A--
23602 K PATOWGICbESKOY GIST-OWGII OLEGRANUMI . TRTJDY SMT. GOS.
MED. IN-TA, T. =1 1949, G. 271-8o.-BIBLIOGR: 11 NAZV.
SO: LEMPIV NO. 31p 1949*

.... IffammalL P.P.
Survey of foreign booket and periodicals. Sellkhommshina, w.4:
Ap 157. (NLRL 10: 4)
(Agricultural eagimsering)

KOVRIGIN, T.D.; rZVIKOV,, GA.; MOISAMM, Elp TREPENENKOVt I. I. I
kand. tekhn. naux,, retamsent; buv!,Luf V.A.., inzb.,, red.-
TIMM)TI, tekha.
(Tractors of capitalist countries] TraktW kapitaUatieh6%
skikh stran; spravochnik. Mbskva, Maahgiz, L963. 421 p.
(MIFA 16%9)
(Tractors)

BULANOVP VJa.-, GRUSHRYO, V@K.; .111.11MITSA, C.I.; MOKSHANTSEV G.F.;
I .. ?1 0
PIU7-,HNIKOV,, V.A.,, SIMIUMIN, A,V,@ TRIYAKOV., ?,,T.
Fx-spering iror. pa-vder fz@tlm allcyed ena-le redused by conver-@osd
natural gag. Ycros;a. 5 no.10,t2_114 0 165.
(W-RA 18-,11)
1. Orenburgskiy rllle-l KayL-isikovskago politokthnicheskogo
qtltutd@

1,OKSIMN'TSEV , G. K-.
An outline on the development of the Soviet cotton growing Koskv-, Sol lkhozFiz, Gas.
izd-vo sellkiic7. iit-ry, 1947. 63 P-

WILIM Viktor Grivriyovich; VOLKNOUIY. Vladimir Stepanovichl
ersais, Grigody LoonOyevidh; ITAITOT,,Andrer Xhrioaafovich;
KMKOT, Ifiko-lay AlsksandroTich-, KMBHWSNT. row-tantin Bari-go-
rich- &UMEC T.Ir., doktor geologo-minralog. -re (I
BNXM# Yu.K-., vedushchiy POLOSINA.. A.S. v takha.red.
CGOOlogical sti-acturs of the Kongolian Peoplets ReptLblia;
stratigraphic and tectonic] Geologicheskoe stroanis Kongollokoi
larodnoi Reapabliki,- stratigraflia L tektonikag Pod red* F,X.
Mxipulina. Leningrad, Gos.n&-mohno-%ekhnA%d-vo; neft. i gorno-
tQPILvuOI lit-x7, 109- 493 p.@'- (MIRA 12:3)
(Kangolla-Geology)

MOKSHMSIW.- X.B. -, ATZIMERG, K.A.
Physical properties of rocks Lit the Peru and- Bashkir area of
the Ural Mountain region. RazvedA prom.goofix, no.32,.56-79
'59. Ma- 13:4)
(Perm Provinea--Prosp*ecting--Geopb;raicaI methods)
(Bashlciria-Pros"ctin&--GeophysicaI methods)

-B.G.; IM_KSHKNTSF.V, K.B.; NIKOL&yZVSKjy, A.L.
Composition ana structure of the basement of the eastern
Siberian Platform. Geol. i geofiz. no.841-50 162. (MIRL 15:10)
4 1. Institut geoligii Tak.mtskogo filial& Sibirskogo otdoleniya
AN Sm.
(Siberian Flatfom-Rocks,, Cryata.Uins and metAmorphic)

GORNSHTM, D.K.; GUDKOV, A.&.; KOSOLAPOV, A.I.; IMIPTSIGy L.V.;
MELINIKOV, V.S.; MOKSMUTSEV, K.B.; FRADKI11, G.S.; CMSKIY,
N.V.; TROF=,, A.A.'f'akade nauc" red. vyp.; ROZ.'-MOVj,
I.S., glav. red.; KOBEIZATSKII, I.A., zam. glav. red.;
SHATALOV, Ye.G., zam. glav. red.; BONDMI104KO, V.I.# red.;
CR]2-IBKRG, G.A., red.; YEWVSKIKH, V.V., red.; RUSMOV, B.S.,
red.; SEEMOV, G.T.,, red.; TKACMIKO, M., red.; KALANTAROV,
A.P.j, red.izd-va; GUTEM, A.P., tekhn. red.
(Basic stages of the geological development and prospects for
finding oil and gas in the Yakut A.S.S.R.] Osnovrqe etapy geo-
logichaskogo razvitiia i perspektivy neftegazonosna.,%ti IAkut-
skoi ASSEL. [By) D.K.Gornahtein i dr. Moskva, Izd-vo AN SSSR
1963. 239 p. (14IRA 16:12)
(Yakutia-Fetroleura. geology)
(Yakutia-Cas., Natural-Geology)

., Yu. A.; GRIGORIYE7V, V. M.; MAIMNLIBAUM, M. M.; t@=- SKIY. S. P.;
P R ITUM A
@UKSIZMMEVY K. B.; SOKOWVj D. S.
"Oil and gas deposits of the Siberian Platform."
report submitted for 22nd Sess, Intl Geological Cong, NeW Delhi, 14-22 Doe
1964.

MOKSHMTSEV, K.B.; GORNSHMN.. D.K.; GUSEVp G.S.; DENIGIII, Z.V.;
KOaGIN, Yu.A.t otv. red.
(Tectonic pattern of the Yakut A.S.S.R0) Taktonicheakoe
streenie lAkutskoi. ASSR. (By] K.B.Mokshantusev i dr. Mo-
skva, Nauka, 1964. 289 p. (MIRA 18:2)
1. Akademiye. nauk SSM. YakutsIdy filial, Yakutsk.
2. Chlen-korrespondeut AN SSSR (for Kasygin).

SHTEKH, KJ3@,, OtV. red.
3tructure and the history of the tectonic
.@ev@@lopment in the V1.1yuy Diwlandj Glubinnoa stroenie
Istorlia tektonicheskcgo razvitiia Villuiskoi vpadirq.
Moskva, Nauka, 1965. 123 p. (MIRA 18:12)

VASILtYST, T.G.; GRISHIM. G.L.;
KauezoSe stratigraphr of the eastern part of Kongelle, [with 9 r7
in Inglishl. Sov. geol. 2 no.2:68-84 F '59.
(MIRA 12:5)
I.GlavnOT geolegorazvedochnoye upravleniyev
(Mongolia-4e9logy, Stratigraphic)

Pay mare to ;tdtion among T:0-1:@-Lras
of co-11'.-xmin't, lator. 11 no. 1:14 161.
(1-111iii 14:2)
1. prai-7-cc-tall ly;-, "-0--0 i-espublik--nshoCo komiteta -,)rofsoyu7,-L
i. armnallnogo khozy'--,ystvL
Ton,
(for 2. talf v!cskovAo-r-,-o oblastnogo komit--ta
pro2c:o,,-u-,,. ralboc*,Ll-;@, --.jtnoy i kommunallnogo
Ichoz- -,L;'LV Chornocorova). -1. Pradsedatell Vologodsko,-
It o
obir,stno'-o rc"soyu:-:a raljochikh mestnoy prozzqshloni o3ti
,@ 1. - U
i korL:,.um-I'no:--,,o k:,.,oz-.,ay,-tm (for 'Yckshav).
(1.7unicipal s@-,rviccs)

VII(a.wis". MAY -storw roomt, ftaw -.U*4-*kcklv iaorra. I Wag
bMWhjoU8I4. lMtt rAdaht L toldlo, WW*04 W
0 C65* WSW

Subject USSR/Engineering AID P - 54o
Card 1/1 Pub. 78 - 6/29
Authors : Konstantinov, L. P. and Mokshin, A. S.
,TJ.tle : Some deductions from analysis of the work of triple
gear core drills .
Periodical : Neft. Poz., V. 32, #7, 23-27, Jl 1954
Abstract : Analysis of the reports on a series of experiments on
various types of core drills conducted during 1952 and
1953. Data on the drills are presented in 2 tables and
the operational characteristics in 4 charts.
Institution: (Glavneftmash) Main Administration of Machine Building
in the Petroleum Industry
Submitted No date

-NOERUN61=.; IMUMNA, K.J.
Romdtff of chookinc do7lation intervals of drin bits in Us Nukhm-
nova oil fielde. Iraft. khot. 35 ne,.4:6-n Aly, '57. (mm 10:10
(Nukhanerve-OU well drf,Mn&--S(rCdpMeILt arA SU17PUOR)

IWSKIT,t AIA* skand etsklmoaauk; KINDLIM, K.G.,Jnzh.;@,K'@KSHIN, L.,S.,inch.
New types and designs of bits. Trudy M-13T ima.1:61-70 t5g.
(KM 11912)
(Boring machinery)

MOKMIN, A.S.
Means for increasing the stabilitT of aul,,C
'Orting abanks of
standard bills. Ireft, khoz. 38 no.19:42-47 0 f6o.
(Boring machinery) (KIRL 131:9)

MOKSHIU, A.S.
Study of wear of bearings of standard bits. Trudy V14115T
18-29 -61. (haful 15:1)
(Boring machinery) (Mechanical wear)

MDESHINt A.S.; FEDOTOVI, G.L
Fmatitis of usine hydrauUc ciant bits. Tmdr VNIIW u*.603-07
162. OMM- - 16 c6)
- (Hydr&uUe mining-Xquipment and ffupplies)

KON5TANrlNOVjl.P.,, inzh.; inzh.; poSGUDOV, A.A., inzh.;
ABRAVISON, M.G., kand. tekhn. nauk; AIMREYEII, A.V.,, Inzh.; DLT,(?,rll,
N.G., inzh.; 14IRCROV, A.L... inzlz.; CSIPOV, G.M.,, inzi-,.
Studying the performance of pin reller bits in strip mining and
ways of improving their design, Gor, zlmr, no,9:42-46 S f65.
(HIRA 18:9)
1. Vsesoyuznyy nauchno-issledovateltskiy institut burovoy tekhniki,
Moskva.

bLud, tekhn, nauk-, dote.; MOKSHIlf, F.A.. alesarl-mekban1k;
.0 -1-1
ROGOVMT, T*P. % " A I -I--
rnstru at for dstirminlq-, the transparener of tracing paper. Ebm.
prom, 32 no,10-.11-12 0 157. Omw Ita):
16 Leni radskiy pulitakhnicheskly- institut im. NJ. Milinina. (for
m4u=v4f. 2. Rwmazhmya PtbribL uZommmar"' (for Kbkahiu@. 3;. Fachall-
nik laboratorii koutrolluo-imeritelluykh priborov- bumashnoy fabriki
wrommnar** (for Ragovskir).
(PhGtaeldetric C61W 06per-TestingY

NMHIUt I.K.j inzh.p red.;STRASHPWi. T.P.,c red. lzd-va,; BOROVNXT,, K.K.j-
red.
[Toobnleal specifimvions SH 121-60 for carryling outt inspecting
and approving airpqrt construction workl Tekhnicheskis uarloviia
proizvodstym i priemk:L "rodromno-stroit. rabot SN 121-60. Mo-
skva* Gosoftd-vo lit-TT po strait., arkhit. 1, strait. materialam,
19611- Z95 (MIRA. 106)
I* Russia(1923- U.S.S.R.) Giosudaraftennyy komitet pa delam
(Airports)

KIKSHIII, L.S. (Syzran') I
W__-
Locomotive runs with the new typec of traction. Zhel. dor.
transp.' 40 no.9:79 S c@& (I'm 11:10)
1. Maeballaik otdelnniya JoWbyahavokoy dorogi.
(Railroads--Management) (E-6comotives)

AKSENOVI I.Y&,,, kand.tekhn.nauk; MOKSHIN L S - SHESTAKOV, A.I,,-
TIKHONOV, K.K... kand.tekhnrkuk'!@@`@'@@
Train traffic organization, on lines with Bngthened hauls. Thel.
dor. tranSP- 43 no. l.-21-29 JT& 961. (MM 14:4)
14F Nachallnik aluzhby- dvizheniya. Kuybyshevskoy dorogi (for Mak&hin).
2.- G:LavWy inzhener Omskoy dorogi .(fw Shestakov).
(Railroads-Traffie)

MOKSH-Rill N. F.
"Otrazheniye matriarldiata -i Perioda raspada pervoby gnoobshchinnogo stroya
v religiyakh rielcotoryk-h narodov- Povolzhlya (@brdva, -ri,,rtsy)."
. report submitted for -(th Intl Cong, Anthropological & Ethrolcgical Sciences,
@bscow, 3-10 Aug 64.

-3 S @e
tion of a D, s@ i e d
C,), ra
@3 I -.I a i a I a T I -o I

MOKS"IIIII P.
I
I-TOKSH-1141 P.
Farm I'lechanIzation
Contributicins of farm mechanizaticn to collective
farms. "'I"IS, 12, No. 5, 1952.
Monthly List of Fussian Accessions, Library of Con-Gress, August, 1952. UNCLASSIFIED.

MOKSHIN, P.,j inztl.
Battery-lose electric fennes for pastures. Hauka i Psrsa- ON
v sallkhoz. 7 no.6:36 J's 159.. (KM 12.: 9)
I.Altayskiy- nauchno-iseledavatellakir institmt ael'skago khozyaystva.
(Electric fences)

MOKSHIN, 1P.141 SILICHENKO, N.Y.
Kochanized harvesting of pqaa in thI3 Altai. Zemledelie
24. no.7-.35-40 Jl t 62. (HIIU 15:12)
1. Altayakiy nauchno-iooledovatelinkiy inatitut selfokogo
khop7ayutvq.
tAltai Territory-Feas-Harve
sting)

SKACRKOV. I.A.; YELAGIN, IX.; KOCIIERGOIJ F.V,.; POLESHCHUK,
iu.K.; BOLDYPY-V, MD.Q@LX@Hjj@@ .1!@; GOIO@K, L.I.,
red.
rkilet.'production on leading farmal Froizvodstvo prosa,
y:peredovykh h-hoziaistvakh, Moskva, Kolos, 1965@. 134 p.
(MIRL 2.8.17)
1. Direktor Hauabnc-isaledovatel'skogo instituta, seltskogo
kho-gyaystva tsentraltno-chernozemnoy polosy im. V.V.Doku-
y spetsialiat po zernoa-
chayeva, (for Skachkov). 2. G.Iaviry.
bobovym i krupyarqm kullturam Fliniaterstva, sellskogo
khozyaystvm S&IUL (for. Yelagin). 3. Ilauchno-issledovatell-
skiy institut seltsko.go kho2yaystva tsentrall,no-
chernozemnoy Volosy im., V.V.Dokuchayeva. (for Kochergin,,
Poleshchuk-,, Boldyrev,, Mokshin).-

-I HOMINY S.
I-
Workbench af varying height. Frof,tekh.obr. 19
962.
(Workshops-kidpment and suppUes)
no.10:26 0
(MIRL 15:12)

FROWT, Ivan Mikha3rlovich; MOK IiIU--Sf&pan Ivawtich; BELYAKOV, V.
7_2 hn
k i-ed
red.; DAKMIMA A
,j_pong@otirRj Litiashchis aredi avead.... Koskva,,
Gospolitisdat, 1963.
+7p,
(KM 1690
(Etftoirskj@E,'Val.eru fedorGvich)
I
(Te'reshkova, V'alentina Vladimirovna).

FROIDV, Ivan Mikhaylovich; MOKSHIN, Stepan Ivanovich; NOVOFHATK.0,V. ,
red.
[Three on the stellar route; story of tba world's first
teant flight on the Soviet multiseat space 'vehicle
"Voskhod."] Troe na zverzdnoi trasse; raeskaz o pervom v
mire ekipazhe sovetskogo mnogo.Testnogo kosmicheskogo ka-
rablia "Voskhod.0 Moskva, Politizdat, 1964. 30 p.
(MIRA 17:12)

MOKSHINP V.K....inzh.; @WMNVYEV2 A.V.
Untrolling expInsiops ir. crankcases of internal combuation engines,
t,6C
,Tudostroenis 26 no.:' (MA 14-..U)
@kGas and oil engines)

, @ '- -, r, @ I
. 1.- :@ . .- .. .,. - .
RLUNCT, V. I a "OKSOIIA I OOKO
Iksw species of the Paleatene flora of Kamyshin. Uch.sap.1raz un,
116 na.1:183-185 155. (Km 16:5)
I.Kafedra sistematiki iasteziir.
(Mamyshin district-Trees, Fossil)

Haterialu on foosil flora of tha rom7shin sandstone. flauch.dokl.
Mishkaly; bial.naukt no.20.132-117 159. (ML 12 -.6)
I* Rekomendavana kafedror sistematitt razanskogo goaudarstrannogo
universitata in. T.T.Ullyanova-Lenina.
(Unba, Wount-Faledbotarq)

Al I'/V, ;@ILSH'UXOT, MOKOHIM-LI.9-
Ilifect-of grassland rotations of the fertility of Turf-Padzolic
Noils of light mechanical composition. rzr. Dwan. fil. Alf SUR,
Ser. biol. nauk no-40-14 153t. " (MLU 10tO
(Pbdiol) (araases) (Sbil fertility)

K OVAIZVI, MOKSHINOVA, A.P.
Treatment with Sapozhok mid of subacute forms of radiculitis. Vo-D.
kur., fiziot--r. i lech. fiz. kullt. 26 no-4:309-3-U JI-Ag r6l.
(MIFA 15: 1)
1. Iz kliniki nervnykh bolezney (zav. - dotsent Ye.N.Kavalev)
Ryazanskogo meditsinakozo instituta i Ryazanskoy oblastnoy bolinitsy
(glavnyr vrach B.H.Shir@kav).
(S" HOK-RATITS F MOOR AND MUD)
(NZRViZ,, SPINAL-DISEASFZ)

SHI;TSKAYA,. Ye.K.; BOYARINOVA, L.A.; KOROVINA,, %M.; MPPTgOVA,, A.M.
Stratigraphic diagrAm of the Dmaian stage, the Paleogwm,
and the Lower 14iocene of the western part. of Central Asia.
Geol. nefti i gaza 7 no.12:"-47 D t63. (MIRA 17:8)
1. Vsesoyuznyy nauchno-issledavatel'skiy- geologorazvedocbnyy
neftyanoy institut, Moskva.

DIMISHUCTIT, G.Kh., do,ktor geol-mia.qai4k; LVIITA- L.M.; LIT3FINISH,
p.p.; j4[)KsrAKQyA,_AH.; P14TRZ, R.M.; SMUY17A.. I.M.;
GV NA., I.M., takhn.red.
[Geolog7. aud, oil and gas potentials of White Russia and
the Baltic region] Goologtaheskoe, stroenia i perapektivy
wftegazonosnoati Prib4Lltik* i Beloruasii. Leningrad. Goo.
nauchn.-tekhnAxd-v* neft;j gorno-toplivnoi lit-ry.
Laningr.otd-nie, 1959, i7a P, (Knecow, Vasaoiuznri nauchno-
issladovatellskii ge*logqrg*vedochrVi naftianoi institut.
Trudy. no.18) VfM 13:2)
(White Russia'-petroleum geoloff)
ftite'Hugsia-Zas, Aftral-Geolog7)
(Baltic Se's, regioriv-,Fetroleum geologr)
(Baltic Sea rogioa@--Qas, Natural-Geolcg7)

14OKSrAKOVA, A.f4,
Radiolaria of the Kuma horix4n',of the Upper Eocene in wagtern
Turkmania. Trudy VNIGNI nq.35t231-250 961. @(KCRL 16:7)
(Turkmenistan-Radiolaria,, Fossil)

0%4- A-A-Z wNWA 7-
SO= CODEf.- URN020/66/186/004/0636
4: T*- D4,14kialskiye Me.. A*
9L7
TITLEz -Zlectroft-t9tical recordingimf x-ray diffraction
SOURM AN SS0L_:::D_ck1&4y,, v. 165f no., 49 1968, 036-038
-,'TOPIC TAGS. x.. r@y_ diffraction. pattern., -image converter$ x ray photography electron
-describer A practical Image converter, for. recording x-ray dif-
-ABSTRACT The authors
fraction, patterns -based on data' in an article by,:Coetze and,Taylor-(G. W.-Coetze, A.
Taylorl.Advances.in Electronics:and Electron Physics, 16, 1962). A diagrai of the
-instrument is'shown-in the figure % A collimated beam of x-rays falls on_@the specimer,
-3. - The @diffracted_ rays -fall on fluw@escent scree@# 5. -The image produced on.this
screen is projected.by optical system 6 onto the.photocathode of image converter 7.
The amplified-image,-of the diffraction pattern is phatographed,from the output-screen
of.the image converter by conventional camera-8. This method reduces exposure time
bya factor of 120-240 in comparison with conventional methods for identical negative
density. -However, the image. converter@ photographs gave poor resolution (reflections.
separate@Ly-_.;@n' angular. distance' of ariproximately -20 were not resolved). -Geometric
h of -12% in measurements of reflection
-XI Ptograp 3 ve an*error.
t .537.531 t 535.4
Cam -:-in

- L 23210-66

T.m,
I 'tIMSzIly lit A. dal' , Y. 3.
I .,, and LASU?
"Relaxation at low temperBtlzres and @-rjachonical losses in High Polymers,"
a p3per presented at, the @'th Con[Tess on Tae Chemistry and Physics of High
Polymners, 28 Jan-2 Feb 57, Moscow,
B-3,084)395

21 (8), 15 (9),
AUTHORS: Makultskiy, If. k.f Lazarkim, Tu. S., SDV/20-125-5-15/61
F-liayff-IRF 'K.B., Kazin, T. I:.
TITLEt The Reversible Radiation-techanical Effects in Polymers
(Obratimyys radiatsionno-mekhanichaskiye effekty v polimerakh)
PM,TGDIC,LL: Doklady Akalemii nauk SSSRf 1959, Vol 125, gr 5,
pp, 10OT-1010 (USSR)
LBSTRLOTt By the action of an ionizing r&di&tion the mechanical
properties of polymers may be ahanged to a considerable
extent. The authors of the present paper investigate& some
mechanical properties of polymers during irradiation. The
investigation was carried out in water-cooled vertical
channels. The fluxes of the neutrons and i-quanta, as well
as the energy dose absorbed by the saaples were measured an
this occasion. Moreover, several simple devices for
measuring the mechanical characteristics of polymers under
irradiation ware aonatrxxcte&q and, especially, a device for
recording the extension curves for use in a reactor
*ere reconstructed. The authors investigated polymers of
different radiation resistance and different character of the
Card 1/4 most important radio-aheai-cal variations. By comparing the

The*ReyersLble RadiatLon-aechanical. Effects in SOT/20-125-5-15/61
Polymers
mechanical properties of the samples located in the radiation
field with the properties of original samples (and with
samples which, though irradiated, were tested after
irradiation) reversible radia.tion-nechanical effects were
discovered. They are based upon a temporary reversible variation
of the mechanical properties of the polymers. This variation
occurs during irradiation and vanishes as soou as irradiation
ceases. The authors observed the following rerersible
processest 1) Decrease of the atrength of polymethylmetacryla@e.
2) Decreaae of the limit of the enforce& elasticity LVB of
polyvinyl chloride. 3) Increase of breaking-elongations of
polyvinylahloride. 4) rharease of relaxation rate of the tenaims
in the investigated subatanaes. 5) lz@qrease of the G@reep rate
of polyvinylohloride, polystyrene, tiiflon, and rubber. Points
2-5 axe then discussed in detail; th-tia it was found that TB
decraaaes in the case of a dose rateof. 46000 rad/Sec by -251@
and increasea approximately linearly with an increase of the
dose rate. After irradiation ceases, the reversible effect
Card 2/4 vanishes after Ices than I minute and only a remanent effect

The Reversible Radiation-mechanical Meats In 607/20-125-5-15/61
Polymers
remains. I table contains the valuea of creep rate under
various conditions. Is a result of the irreversible
destruction effect, the creep rate increases. Also this affect
increases linearly with increasing dose rate. Me diagrams 3-4
show the considerable reversible change of creep rate caused
by the switching-on. and, -off of irradiation. The reversible
radiation-mechanical effects may be of physical and also of
chemical nature. The molecules excited by the ionizing
particles during the dissipation of energy "pass through"
states with weak excitations, which do not auffice for the
stripping-off of the chemical bonds, but which correspond
to local heating to high temperatures of short duration. This
may accelerate the-relexation processed and change several
properties of the substance. However, ilso a chemical
mechansim.must be taken into account. To what extent it is
able to explain the ' reversible radiatiGn-mechanical effects
can bs explained only af ter further investigations. There are
4 figures, I table, and 2 Soviet references.
Card 3/4

k
B004/BG61
82081
A.UTHORS: Xo&Vj=jsk--,j,, K, Lazurkin, Yq. S., Fiveyokiy, M, B.,
Kozin, V. 1.
TITLE: Study of the Mechanical Properties of Polymers During the
Procesa of Irradiation.11. Strength and Ultimate Forced
Elasticity of Solid Polymers During the Process of
rrradiation in a Nuclear Reactor
PF2j.O-'qICAL: Vysokomolekulyarnyye soyedineni-a. i960, Voi. 2. No. 1,
pp. 105-109
MT: The authors exposed polZjinXlchloride (PVC) and polymethyl-
methacr3rlate (PMMk) to irradiation in a 15B?(VVR) nuclear reaator@
Data an the neutron beam aregivert in Table 1, The irrediation. was
carried out with a dose of 46,000 - 56,000 rad/see at 20 - 600C in
vertical channels cooled with water. During irradiation, the strength
and ultimate forced elasticity af were de%arminqd with the apparatkis
.illustrated lin Fig. 2. and the creep by that in Fig, 1, Fig: 5 shows the
Card 1/2

Study of the Mechanical Properties of Poiymers S/190/60/002/01M/021
During the Process of Irradiation. 1. Strength B004/B061
and Ultimate Forced Elasticity of Solid Polymers
During the Process of Irradiation in, a Nuclear
Reactor
dependence of the strength of PMKL on the integral dcae, Fig,. i, the
dependence of a;f with PVC on the integral dase@ The den;rease in of As
alnoat proportional to the.radiation intensity (Fig@ 5). The irradiation
was interrupted by switching off the reactor, and it was seen that of
increase immediately about 25 - 30% (Fig, 6). The breaking length also
increased after switching-off of the irradiatiou (Table 2. Fig. T),
Le well as the known irreversible processes, based on interlacing and
destruction, reversible processes also occur on irradiation, There are
7 figures, 2 tables. and 5 Soviet references,
SUBMITTED: October 15i 1959
Card 212

51190160100210111410?1
g9geB061
LUTHORS: Mokullskiy, K. A., Lasurkin, Yu. S., FiveyakiZ2 M. B.
TITLE: Investigation of the Rechanical Properties of ?2@ersq
'During the Process of Irradiatioa.11L. Creep of Solid
Polymers and Rubbers During the Process of jrradL&ti
_Lqn,
in a Nuclear Reactor J1
PERIODICAL: Vysokomolekalyarnyye sayedinenlya, 1960, Vol. 2, No; 1.
pp. 110 - 116
TECT: The-aim of this work was to establish changes in mechanical
properties wh 'ich re-form after cessation, of the irradiation. The method
of examination is described in Ref, 1. The authors examined the areep
rate in de-Dendence on the mechanical stress applied and the integral
doze. Fig, 1 shows. the change in creep for unplastizited polyvinyl-
chloride at a radiation intensity of 46,000 r&d/sec# a stregs of
0-5 kp/mz2, and .52oc- For comparison, d&ta are given. that vere ObtalAsid
frommonirradiated material, and material taken out of the radiation
Card 1/2

Investigatiom of the Mechanical Properties of
Polymers During the Process of Irradiation.
11. Creep of@Solid Polymers &ad Rabbera During
the Process oflrradiatiGa in a Kuclear Reactor
9/190/60/002/01/14/021
B004/B061
82082
field. Fig. 2 shows the same date for a stregs of I kp/mm2. The time
dependence of creep is reproduced in Fig. 3, k Table gi,res the experi-
mental data./The same experiqents were carried out with unplasticized
polZstyre et'Pplasticized PVC'F(F4g. 4), vulcanized rtkbber from natural
rubber of the type 4K(NK):9( ig. 5), fron CK4-iS (SKI-18) nitrile
rubberlO(Fig. 6), and from polyisobutylene rubberL
qiig, 'I). In all the
am stances examined, the creep rate increased in bounds, and decreased
again when the radiation was switched off. This effect increased with
increasing irradiation intensity. A reversible change in the
relaxation. rate was observed, The authqrs mention a paptr by Ta. S.
Zuyev (Ref. 4), thank ff. V, Zvortoy for making %he experiments on the
reactor@possible, and the mechanics 1. F. Yermakov and K. K. Shcherbo
for their aollaboration@ There are 7 Cigures, I table4 aad 6 Soviet
references,
SUBMITTED: October 15, 19060
Card 2/2

9/190/60/002/01/15/021
01D B004/BO61
F 208.3
AUTHOR: Mokullskiy, 1. A.
TITLE: Kinetic Procestes, in T-rradijLted Substances- 17
PERIODICAL. Tyaokomolekulyarayye mayedineniya, 1960, Vol. 2, No. 1,
pp. 119-129
TEXT: it was proviously- established (Refs. 1-5) that mechanical
relaxation processas are accelerated in the radiation field. This
acceleration increases with increaaine radiation intensity-, and
declines after the radiation is switched off. The author terms such
praceaaes reversible radiation-mer--hanical effects. Ln attempt is made
hrare to.work out a physical theorr for the acceleration of kinetic
processes by irradiation. The author proceeds from the fact that the
transition, of a substance containing excited atoms or molecules to
thermodynamic equilibrium can take place in three ways: 1) radiation
of the excitation energy in the form of photons (luminescence), 2) age
of the excitation energy for splitting chemical bonds and forming free
Card 1/2

Kinetic Processes in Irradiated Substances S/i90/60/002/ot/15/02f
B004/B061
5) direct comyersion of the excitation energy into heat. The
concentration of excited,molecules and the rate of kinetic processes
were estimated, and equations (2) and (3) were derived for the
probability that a particle has a higher energy than U@ Fig, I shows the
temperature dependence of kinetic processes, Equation (7) is derived for
the concentration of 'that" nolecules@ The kinetic processes occurring
under irradiation are outlined by the example of the relaxation of
mechanical stresses (Figs. 2 and 3), It follows from the equations (11),
(15),.an,i(ig) that the radiation field sonehayr ihangea the dis,tribution
function of the relaxation times, as it cannot be reached by heating the
material. Equation (20) is derived for the durability- of loaded material
in the radiation field. The author refera to papers by 1, K Lifshits
Ref. 9), S. 9. Zharkay at &I. (Ref. 10). Buben, TQyevodskiy at al,@
thanks Yu. S, Lazarkin for his advice, There are 5
figures and 14 references: iz Soviet, I Dmtch, and I Swiss,
SUBMITTED: October 15, 1959
Card 2/2

S/190/60/002/oil/014/027
B004/Bo6o
AUTHORS: Kjaelev, 1. G., Mokul'skiy, M. A.@ Lazurkinr Tu, S.
TITLEt Anisotropy of Hyperfine Splitting ir Eleftron Paramagnetic
Regonance Spectra of Irradiated Oriented Polymer37 Iq
PERIODICAL: Yysokozolekulyarnyye soyedineniya. 1960, Vcl@ 2, No. 11,
pp. 1678 - 1687
TEM The authors wanted to identify the radicals forming on the
irradiation of polymers by the hyperfine structure of t-he epr spectrum.
Experiments were made by stretching oriented polymers . The epr spectra were
taken at various angles between orientation of the polymer and the magnetic
field at 9000 go/see in the high-frequency aodul^ted magnetic field. The
investigation covered low-pressure DolyethyleneWstret-ched in the cold
state; polytetrafluoro ethylene (Teflon),15stretohed at 300OC; p2lyvinyl
chloride7stretched at 72 OC; polymethyl 1@7ethacrylatelstretched at 14VC.
Irradiation took place either in the reactor (in e-v cuated quartz ampuls
at 40-500C) or by beta radiation of a Lu19B needle (half life 64.6 h). As
is shown by Fig. 1, the intensities of the nes and their number depend,
Card I/C;

Anisotropy of Hyperfine Splitting in Electron S/Ic@0/60/002/011/014/027
Paramagnetic Resonancelvectra of Irradiated B004/11060
Oriented Polymers
in polyethylene, on the angle between elongation axis and magnet1c field
direction. This result is discussed on the basis of the formation of an
alkyl radicalt (4)
H H(1) H The latter has four equivalent H protons and a
12 @ 11 central HM proton. For the components shown in Fig-1)
0 1-, 'NC I-, equations are derived on the basis of the projection
'(4) IM of HM and H (4) pro-tons:
2 + H 2 1) a H - (112) -1 4 [411 (one possibility- U
ext 0
4m Ha) H H 1/2 1+4 R
I T ext- 0- ]@(one ponsibility. -m +4m
4 4
i1b) H ext H 0 - (1/2) J[1) + 2[4)@ (4 possibilitiess M M 3M
4 4
IIIa)H ext H 0 - + 2[4]t (4 Poesibilities.-ml " MI + ;mI
4
IIIb)H ext H 0 - (112)[1] (6 posaibilitiest m - 2a + 2m
Card 2/5

AnisotrIopy of Hyperfine Splitting in Eleelron S/190/6,U/002/011/014/027
Paramagnetzic Resotance Spectra of Irradiated B004/BO60
Oriented Polymers
11.,t denotes the outer field, EE, Aw/gepB; ge - g -factor of the free
electron@ PB -, Bohr magneton, m azid mI the projection of the vroton spin
of H(I) and R(4) 4
protons on the magnetic field direction,. The dependence,
found experimentally. of the position of s:-attal lines fits theoretical
notions. H(1) and HM prctons are not equivalent to each other. The
Iensity of the unpaired electron is lower on H(1) than on EI(4), Data con-
firm the formation of an alkyl radical on irradiation at 770K,. Polyethylene
irradiated at 40-50 OC gave an epr spectrum with 7 components, each of
Which was'a doublet, This aDectrum corresponds to a uniform interaction of
an unpaired electron with 6 protons. This is believed to point to the
(4)_Cff(2)_6R0) (2)
CH _CEIk , -OH(4),_, Lnisotro
formation of an allyl radical-C 2
was likewise observed in oriented Teflon; the apectrai however, were not
analyzed, No anisotropy wEis observed with polyvinyl chlorile and polvamile,
The absence of anisotropy in polymethyl methacrylate and polystyrene is
explained by the fact that there is no proton in the immediate vicinity of
Card 3/5

Anisctrt;py of Hyperfine Splitting in Flectron
Paramagnetic Resonance Spectra of Irradiated B00#E060
Oriented Polymers
the twpaired electron,.that night cause, as with polyethylene; an
an-i-sotropy of hyperfine splitting@ The authors refer to invegtig&';iorA3
conducted by V. V. Voyevodskiy (Ref. 1) at the Institut khimich-:@skoy
'Liziki LN SSSR (Institute of Chemical Physics of the LS USSR) There ars
7 figtwes and '17 references: 3 Soviet, 2 UTS, and 2 British.
SUBMITTEDt May 10, 1960

84236
S10991601009100410161020
A1.1t let BOWBOTO
AUTHORSt Fiveyakiy, K. B., Lazurkin, Yu. S., Kokullskiy, K. L@
TITLE: L Simple Gjjorimetric Method of Measuring the Lbsolute
Energy _DaaAL:1,tReceived by Substances in Strong Fields of
Ionizing diatiori@
PERIODICA.L: Atomnaya energiya, 1960, Vol. 9, No. 4, Pp. 321 - 325
TZXTY?7'_-., L steady calorimetric method is used for measuring the
radiation energy received, by a sample if the dose rate is not too high and
the effect ofL other energy-generating processes in the sample is
negligible. For intense irradiation (high dose.rate), this method is not
applicable, particularly because the establishment of thermal equilibrium
takes too long a time( in this cage, the sample is go strongly heated that
it either melts or disintegrates; at least the high absorbed integral dose
changes,the structure and properties of the sample significantly. For this
reason, the authors of the present 'Letter to the Editor" developed in
1957 a simple nonsteady calorimetric method which is suitable for studies
on reactors and ather sources of strong radiation. The method has been
tested laring the last few years. The principle of the method is as
follows. A sample for dose-measuring is placed at time twO in a radiation
Card 1/4

A Simple Calorimetric Method of Measuring the S/0 9 6/003/004/016/020
a 0)
Lbsolute Energy' Dose Received by Substances in B006 OB3070
Strong Fields of Ionizing Radiation
fiel& which is homogeneous and constant within, the sample, under such
conditions that the temperature at the center of the sample increases
linearly for.a time T independently of the surrounding temperature. T is
proportional to the square of the characteristic sample &imensioa d and
inversely,proportlonal to the coefficient of thermal diffunivity 1. There-
fore, Wat is &,function of the dose rate and heat capacity of the
sample' &act the dose rate can be calculate& from the f@,rmula
P -- O.OT c(dTAO o c is the specific heat of the sample msterial
(Cal/g.degreo)j (dT/dt) 0 is measured An deg/hour, and P in Krad/hour.
Polystyrene, polyethylene, silicone rubbeK Teflqn, molten quartz, eto.
wIare used for the dosimeter. The sample had a cylindrical form (50 ma
diameter and 50 mm.height). This size has a cvalue of 2 - 5 minutes whioh
is required for the aeaaunment of dT/dt (Fig. 1). In this time interval,
the mutual shielding of the part of the sample may be neglected. Copper-
constantan, thermocouples were us:d for the measurement of'temperature. The
construation of the dosimeter is very simple (Fig. 2).,All parts with the
exception of.the thermocouple consist of nonactivizable materials. The
Card 2/4

84236
A Simple Calorimetric Method of Ueasuring the S10691@601009100410161020
Lbsolute.Energy DO8e Received by Substances in B006/BGTO
Strong Fields of Ionizing Radiation
whole instrument was inserteci.in a perpendicular hole in a rea,:tor and
checked in-a radiation-free zone before measurements were carried out. In
this manner, the doat, rates for different substances were measured in the
holes'of the BRP (VVR) reactor. The error was 5 - 10%. Fig. 5 shows the
distribut'Lon, of the dose r te along a hole in this reactor for Voly-
ethy h
lene@74nd quartz glass.:vlith this method the anomalies of t e T@t)
'curves may-alao/be found. Thus, for examplel.the T(t) curve of polytetra-
lexi - Osh
@fluoroethy e ows a sharp bend which may ascribed to a phase trans-
formation due.to irradiation, (of. Fig. 4). There are 4 figures and
N
4referencest 3 Soviet and I US.
@_SUBMITTED: April 14t 1960
'Card 3/4,

84236
A@SIimple Calorimetric'Method of Measuring the 3/08@/60/009/004M6/020
''Absolute Energy Dose Received by Substances in Boo6/BO70
-Strong Fields Pf ionizing Radiation
apecimen. 2 t1jer-
mocouple hot junction.
3 - aluminum foil, 4 -
flexible Buspender-insq-
lator. thermocouple
co
ld juftatLon. 6 - ter-
minals connected to a
measurin.e-inatrument.
Card 4

Bata emitter based on jmI98 for we in stuales of the y"ical
properties of materials subjqoW to irreMation. Atom& norm*
ic no,za60-16z r 961, (MDU 14: 1 if
(GOICI-160topes) (Bete rays)

ALEKSANDROV, A.k.; GAVRILOV, V.Yu.; KISELEV, k.G.; IAZURKDI, YU.S.;,
MOKUL'SKIYi- M.A.
Origin of broad electron paramagnetic resonance lines in nucleic
@acida and their complekes with proteinc-*.., DoVIS AN SSSR 141 no.6;
1483-1485' D (61.1 (MIR& 14:12)
1. Predsta.Vlena akademikom, i.P.Aleksandrovym.
.(Paramagnetic resonance and .relamtion) (Nucleic acids)
(Ferromagnetism)

143247
8/844/62/000/000/109/129
D&08/D307
AUTHOR3z Lazurkin, Yu. S., Mokullskiy, M. A.,and Fiveyakiy, M. B,
TITLE: Nature of the reversible acceleration of mechanical re-
laxation processes in polymers under irradiation
SOURCE: Trudy II Vuesoyuznogo.soveshenaniya po radiatsionnoy khi-.
mii. Ed. by L. S. Polak. Moscow, Izd-vo AN SSSR, 1962,
638-641
T4T: By "acceleration of mechanical relaxation processes" is un-
derstood a wide range of phenomena, including acceleration of stress
relaxation, acceleration of creep, and decrease of ultimate forced
elasticity. In the present work the autho@a studied the accelera-
tion of creep CKH-4f (SKU-18) nitrile rubber irradiated in a nuc-
learreactor, this being a continuation of previous investigations,
Vith the difference that in the earlier work the effect of irradiat-
ing rigid polymers was studied. Samples of the test material were
stretched under constant load for 45 hours to attain equilibrium
deformation, almost all the deformation occurring during the first
-@10 - 20 minutes; other samples were stretched for 16 mins. The
Card 1/2

3/844-62/000/000/109/129
Nature of the reversible D,1087D,307
stretched.samp.l.es, still under load, were irradiated at intensity
2 x 104 rad/sec, whereupon creep was initiated at the rate of
4 x 10-3 sec-1 in both cases. The results indicated that the acce-
leration of creed and relaxation in resins was caused by rupture of
lattice bonds, i.e. the so-called 'chemical' mechanism and not by
the "physical" mechanism (described in an earlier work@ as is the
case when rigid polymers are irradiated. Effi6iency of the destruc-
tion process was evaluated by the method of Tobolskiy et al for
the analysis of chemical relaxation.-By means of the kinetic theory
of resin elasticity an equation was derived relating the rate of
creep under irradiation to the number,of bonds rupturing per second
in 1 CM3 of material. Substituting into this equation the experi-
mental data for SKN-18 rubber, natural rubber and jolyisobutylene,
the numbers of bonds rupturing per 100 ev of absorbed energy were
estimated to be 3, 4, and 19 respectively. There is 1 figure.
ASSOCIATION: Institut atomno energii AR SSSR (Institute of Atomic
Energy, AS USM
@ard 2/2

FIVEYSK11r, M.B.; LAZURK-W, Yu.S.; ROKULISKIY K A
[Simple calorimetric method for measuring the absolute
energy dose received bY substances situated in Powerful
fields of ionizing radiations] Frostoi kalorimetricheskii
metod izmereniia. abooliutnoi energeticheakoi dozy, polucha-
emGi veshchestvami v moshchnykh pal'--,kh iouiziruiushchikh
izluchenii. Moskva., In-t mtomnoi energii, 1960. 10 p.
NIRA 17: 1)

KISELEV., A.G.;.MOKULISM.. K.A.0 LAZURM, YU.Si
(Anisotrop7 of fqperfine, splitting in electron para-
magnetic reponance spectra of irradiated oriented
polymers] Aidzotropiia averkhtonkogo rasubabspleniia Y
spektrakh elektronnago par aragnitn9go rezonansa, oblu-
chennykh orientirovannykh polimerov. Moskva In-t atom-
noi energii,, 1960. 22 p. WRA 17:2)

XCC --NR%: 600OW41
-SOURCE CODCU UR/0020/66/166/004/0036/00ad
-1UTHORs':::Mdkul!skayaj_ To Do -Ndcullskiyq M.@A.
TITLEu.-Ele-etron-pptical rlecordLmg of x-�ff diffraction
Souna i AN SSSRo _Ddk1adYv @vo 166, no. 4, 1966, 836-836
nPatt vorteri-x.ray photograp@y q e1jetzon
opt Co.
ABSTRACT: The authors dosdri@ie apractical image convert -or for recording x-,ray dif-
-fraction-patterns be Ised o4 data in an article, by Coetze and Taylor (G. W. Coetze, A.-
Taylors Advm;es@ in Electronics and Electron flbysics, 16, 1962). A-diagram of the
instrument is, @shom in the figure A tfillimated beam of x-rays falls on the specimen-
&. TUii diffiliacited- -rays W1 cc fluoreacevirt s 'creen - S. _- The image produced on thii,
scre-e-n- i's -projecte-d-, by - ticil'system 6-:coto
OP .-the photocathode,of.image converter 7.
The amp1iAeAjm,age%of the diffraction Pattern is photographed from the output 6--men
intiona era 8., - This mithod@reduces exposure time
of the image-converter--by convi. lam
.of 120-240 in ve
by a. factor ampirison:wLth.,conventional. nethods for identical negati
densit@. However, -the- Image - converter- 'photographs gwvrr poor resolution (refiections
separated by an -angullar distance' of, app@mximately 20'vem not - resolved). Geomeltric
distortions In these photographs give amlerror-of-12% in measurements of reflection
MC: 537.531 s 535.4
1/2, -

L'23210"66

ymoKuLtsKly, M. S. FL 165T132
Aj 501
Ng
16.9 T 12-2-