SCIENTIFIC ABSTRACT KLIMKIN, N.V. - KLIMANOVA, Z.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000723110012-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 18, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

LM/Wesde and Wood Control.
Abe Jour s Ref.Zhur,Biolop No 92, 1958* 10043
Author Sukortsova) X4D,) DiMyj S#Psl K11wJc1np H.,Vs
Inst i All-Undon Scientific Research Ustitute of the Cwmina
and Vegetable prying, DAustrive
Title Ap9lication *f 6ibtaldet in the Govings of Vagotable
Crops
Orl g Pub t Rereraty 4muchn. rab*t, Vses.n.-i- in-t kmwsma, L
ovoshchesusho prou-stip 1057, vo. 4, 88-93
Abstract I Vork vat oondviated ~in 1956 at Assinovskiy a;A aiarkasskiy
1~469 poigtsoftho All-Valon Scientific Research Lutitu-
to of the Conning wA Vop-table-Drying Industries,& In
cw=t sodnes, wom (1) provad to be offuctive wbon
ck]Mllod at the rate or,40 kilograus/)m of the 40% pre.,
paration to 1000 liters of Bator at the 2-3 leaflet
Card 1/2

.11Y ff /.OV
USSR/Woods and their Control
Abe Jour s Ref Zhu%,---Biol-9 $0 26 19581 64M
A L ul 66'r I imakin X.V.,Oksenenko P . F.
-Inst 2 0
Title I Ap;I IOation Of-Aerbioides in Wood Control of
Vogotsble~ Cultures
Orig Pub :Xonaervu. i ovoshcheausho-prom-sts 19571ANO 3i
Abstract ::In ChorkaskW'xiion in 1956 tests were made on
plantings,,of,oarrotel oriional non-seedling to-
matoes pass'. and-loorn Yrith herbicides DNOK (1),
IF% It),- -;;A' (111)IoP W -(LV). and ChlorIFK
10ri-sprouting treatment of plantings with
012% and,0,541 and'post-sprouting with 0.2% -so-
lutions of.1aid'not give positive results. Post-
sproutin- trof
ittalitJWith 015% solution of 1 CRUBOd
Card 112
1*4A4elk-o A4, Ito

I'samwos for rt&W delivery of totatoes to the Cherkassy
CannitW Combine* Xons.1 oveprove 22 no.3:34-36 Ity 157.
(PUIA 10.- Ft)
I.Charkasekly oporayy punkt Tessoyustogo
skogo Institute, konservnojr l'ovoshcheewhillsoy pror7shlencosti,
(Tomatoes)

Orowtv of susat poppers by the method of seed awlM in the soU,
lons.i cy,preso 17. vo*W" Jo 162o (Km 15 15)
loIChorkasoldy Yu*tip*ppors)

BZMI# L,I.; XLDMovo v*V*
Problea of the utilization of plywood pipes for the -4 -U4--
water supAy systom, Oig, i san* 25 nod 504-93 W7 1600
(KUtA 23120)
1, Is Brardimmkoi i
0 =&~Issle4mtsllskogo imtitata SlOyM
truds L professionallxWM sabdevaniye
(VATER PIM)
atom

KRIS=, A.A. CdscsassdL,'-KLIXAJCOTA, A,1*1 CJMPKIT, LA
Metabolic disorders In train a. Topr. nefrokbir. 21 no.2s33-35
Mr-AP 137 (XUA lOsS)
1. Institut asyroktirugil Ministerstva sdravookhranoniya UM.
(=All INNIAMS, ampl. ustab.
*stab* disord.)
(KYWOUSM, In various die.
disord, In brain tusar)

k'L IAIX V Gnnd Led Sci -(dirc,) 4
And aortnin iudicatorn of Aip cxAchyd--~to -t7b*'~i!z.
tfte*a:O Rievs 1)52!- 1-i I,;,, (crit;.O-hQ'lntv- -.C-A !1,,,t7. Itni
46-5P,, 14,1)

~ ILDWe AvI.; 8 r I rKs 3.1*1 WMISUUI, I*L*
t.-
Some regWAritlas to field emission from semiconductors, list twwo
Ulm 2 no,80831-1856 AS #60, (MM 13:8)
I* loulagradsidy gosdarst I versitst# lisicheeldy fakullttt.
(Field emission) I (Sesicanduators)

oo~ 'R
IP 11-
7V
h* mn" vtocosft y of the
P-t~ - Ild I
I'vi
r
~,v
".5 IN.
w,~4,410
o 1, -7-6

I UJI., ,
.0
T -" , -, * - -11 ''1 1 1
I ?- , -'-
- - ... .
.1 1 . - I
I I
I
- - . 6 I I
I

KUMA99 N.
Oft2ytrifluorochloroettWlsne pmtectlya coatings.fa
p. 217 (Chemist Vol- 10t no. 3, Mar, 1958, Praha, Czechoslovakia)
Xouth17 Index of Ust Zxwopsan Aacessions (UAI) LC,, Vol, ?t no, 9.
September 1958

GOUNIAr
COATZOORT
ABS. JOUR. RLihim, i-o. 21 193)0 00. 77249
~azar, M. and I(liman. N.
Not givog'
The Polyaorization of Trifluorachloroathilene,
Initiated by Gama Jay*. 11. Meet of Penta.
chloratthan* on the Rat* and Dogr4s *f Polymorl-
041"t. PIA. I Chem Lventi, 12, Wo lQq 5,27431 (1958)
1'
VT R A ICT 7"he polyaorleation (P) or trifluvrochlorvothyltne
. ir bulK and it. solution at to2paraturss of jj and
.59* has bqtn inveztigate4. The P of trifluoro-
chloroethylane in pontatchloroothaze proc*ods store
rapidly than In bulk. In the bulk P. the rate
decressoo when the temperature is raised, an
Andication th*t chowtv propogtition goes through
tbo monomer. An increase in the temperature in
the solution P loada, to an increase in the P
ratod For Consunicattoo 1 see R"'Mbim, 19570
Ila 13, 44772.
From authors' surAitry
CARD: 1/1 Vys*vmwf asi4v k4beLov 4-
tZation
d

3e296
3/190/62/004/006/026/02V
lio[BI38
AUINORS t Luzart Us #I Klimans N.
TITMEt Polymeriz tion of trifluoro-ohloro-ethylenco initiated by
y-radiation
PERIODICALs Vyaokomolskulyarnyyo soyedinenlYat v# 49 nos 64 1962#
948-952
TEXTs Radiation polymeri-ation of trifluoro-ohl-oro-oth~jlono man investigated-
(C060). It waa found that the polymerization rate I decreaued with riaing
temperatures Polymerization was autocatalytiat since the yield of free
radicals in higher during polymer than during monomer irradiation, Polyss
mari2ation van carried out In the presence of )Wdroquinonat In order to
establish the radical mechanism Complete inhibition occurred. The
apparently negative activation energy could, thereforep not be explained
by ton mechanism. A polymerization already in course Is retarded by the
temperature rise-and takes the same course as one which starts at increased,
temperatures Once again an Induction period appears# which is five 'to'
Card 1/3

6
6/19OJ62/004/006/026/0 -j
Polymerization of trifluoro B11O/B136

eight times higher at 50 0* This confirms that the monomer radicals

formed on chain transfer paitialpats in chain rupture* The activation)
'
~
f th -X W

o
e monomer tran fer.is, reckoned as
energ
4-7 kcal/solt higher than
7
that of growth* 1n the presence of pentaohloro-ethansp the activation
energy is ponitivet an sufficiently reactive radicals dov
lop during

transfer for reinitiation, and f9 4 U
-4onomer radicals are remov d froi th ey t
:
by transfer* For thal4arithmic dependence of.the polymerization rate an
radiation dose* the degree n,(v*kln) is higher at hiGher tea
peratureso

0 n r
to due fo variati n i ~thi participation of theAndividual pa lial resailoni
(destructive transfer on-the monom
0r)s Increase of the index from 0#5 to 141~
.
4 1
I during radical polymerizatipwis, explained bys (1) destructive transfer

on the monomer
or (2) b reac,"on, of priaery radicals with the asciv-
'
"
'bolls
-radicals of growth* 5
-with temperature rise, Since.vith x:
certain minimum done ties are obtained between Volymerisatift I
rate and h a't of, roaction'j'.-~tie".40tivation energy of polymerization nui
pn- jha,;-do'e`i&t*q'4"Ther* are 5-figures.
nd clo:Aj
.
0
c

ard
2h
.7'

3/081162/000/019/038/05)
M01/3180
AVTHORs Klimang Norbert
TITLEt Use of polytotrafluoro ethylene as a oonductor Insulating-
material
PERIODICALs Referativnyy shurnale Khiaiya# no,-Igo 1962j, 517, abstraot
19P125 (Zlektrotoohnik# v. I o go. 3j 1962o F) - 7i (Slovakj
summaries in Rus. and 0
TEXTs The artiole disousses the elsotricaig asohanioal and thermal prop-
jorrties of polytetrofluorc ethylene for use as Insulating matorial-art
desoribed. LAbstracter's n.otos~ Couplets, translation.]

MA41, Otakar, into. Cge.; KLIMAN Mcrbort. Int..
Comparison of some carriers used -In gas-liquld chrouatography.
A
Chem zvesti IS nosN99-108 164o -
1. Rocoarch In8t1tute of CuUev and "nsulators
. Bratislava,
Tovarouska 12. ..

4V ,4,"
:1W
ttion i3
of
I GAO 4461nerut." 7.1
orocit'b'on Polymers and Cqpolynovs,. 63
17~
radosl6all Polymers 113.
u r 6vIdago-volytrif
'laorocarbou-'PolyneIrs
'"'26
~Ij
id tes ot", V luore carb ties
reduction o f 710610411061.:

AvaLlablet lo

-CODE I
S
OW

UB IM
Ha- Wit no R21--
sols-of

OTHS 1 '307

'44
"Ann,

---y- 7-

Ir

Q/(X !,,61/008/002/002/001
B007,,tO58
AUTHORSt XrsjS1k# M,# Engineer, MadisO, M.0 Oradut.-.* Chemist,
Xli"nokt L.# and Zemanj J.
TITLEs Changes In mechanical properties of cord through the effect
of ionizing radiation
PZRIODICALs Plasto und Kautsobuk, v. 8p no. 2. 19619 66 - 69.
TUTs Plastics and textiles suffer a change through radioaotiv# ra4tatl*ss
Since automobile tires can now also be vulcanized by means of ioniting
radiation, the authors studied resulting deteriorations of mechanical
properties of tire cord (strength# elasticity). The following cord typos
were irradiated in air (from 2 - 2,5-105 r*p/h) with various doses of r -
radiation (f. rom 60 Co) in the range of from 104 to 108 reps torylone coid
(from Great Britain)# dederon cord (Eastern Oormany)t caprone cord,
ilon cordt nylon cord (Switzerland), Rudnik viscose cord (Csocho-
lovakia), Cordenks super viscose card (Netherlands), and cotton cord froll
:
Egyptian cotton* Diagrams show the measured resultat the following losses
Card 1/3

0/004/61/008/002/002/007
Changes in mechanical set B007/BO58
in stron4th occur at a dose of 34107 rept polyamido cords 70, cotton
cords 44%, Viscose cords 30%, torylono 0. Cotton- and vistoso, cords
were almost entirely destroyed at doses above 10a rep# and a loss In V
strength of 60% occurred in torylene cord, The decrease in mechanical
properties with an increase In the,radiation dose proceeded for the
Individual tire cords as folloves cotton cords continuous docreasol
vicose oordt Rudaiks a similar cours*# the elasticity door*&** amounts
to 45% at 30107 repi Cordeakas after an initially low decrtas*t the
strength- and elasticity drop Increases# at 3-107 rep# tho,91asticity drop
amounts to 4*1 polyaside cordes silonp dederonp capronat nylon
strength does not change in the range of small doses up to 4010~ rep; a
stoop drop takes place then# but from 2o107 rep, the drop becomes small
againj torylons cards strength hardly changes up to a do** of 167 rep,
and then decrease# slouly. A 50% decrease In strength occurs at the fol-
lowing dosees torylono 1*5*10a "p# Rudalk 4o7#107 rep,, Cordenka 3e6*107rpp,
cotton 2.6,j07 reps d*d*ron 1*4*107 rep, nylon 1.1-107 rep. allot
Card 2/3

(;/OC)4/61/008/002/002/007
Changes In mechanical too 2007/BO58
7 7
10 rep# oaprons 10 rep* A yellow to brown coloring of samples sets ta
through irradiations Cords impregnated with rubber solution gave almost
the same results# Vith the aid of published data a rot A is given on the
present state of study of radiation sensitivity of plasUce and textileal
nd on vulcanization through radioactive radiation,.requiring doses of from
to 5#10 1 rep. The Czechoslovakian original paper was translated Into
German by Ke Weber, Zentrale Forechungestelle der Relfeninduattle, ftrsteft-
walde (Central Research Conter of the Tire Industry, FUrstepwalda)o
There are 8 figures and 23 references$ 4 boviet-0100 and 12 non-Sovi*f-
blocs
ASSOCIATIONs Research Institute of Rubber and Plastics Technology,
Gottwaldov, Czechoslovakia)
Card 313

3/081,/62/000/004/00-3/087
B101/B110
AUTHORSt KliAnek, Leal Uoffidiekt Max f
TITLEs Effect of ingredients on the absorption of pradiation of t~*
204
TI isotopq In rubber mixtures.
PERIODICALt R forativnyy xhurnal. Xhimiya, no. 4t 1962, 6159 abstract
4;402 (Kau6uk a plast. hmotyj no. 9# 1960, 321 - 323)
TEXTs To study the affect 6f ingredients on the absorption of TI 204
P-radiation the weakening of the electron flux was measured on its passage
through a I mm, thick film of rubber mixtures containing various p2ounts
of different ingredAnts, The fisount,qf Asorption is direotV Irelatod
to the mean atomic number of the', i6VW1snts. The data obtiloid have to',
be considered in measurements of the 6hiakness of rubber-impAgnated cord
and the determination of the bpmogeneity of rubber mixtures by the method
of P-radiation absorption. LAbstracterts notes Compteto translations]
Card i/i

MOZISEX, Mal XLIVANEX, 1Ao
Modification of pol"ityl chloride by triallyleymrato seeding,
Jaderna energis 10 no,124444A5 D 164,
1. Research Institute of Rubber and Plastic Technology, Gottwalday.

Mz 1.)EK, KLx;~ K! Lea
P-1-jification or plactics bl* moano oC rndiatl-ir graf*lrg. Chem linty
5R no*120396-1429 0 164.
J. Research Institute or Ri3bber an.-I -!,.Ijti- T-!,!L-v)logyO G-tI.-wildov,

Revolving bolt ass"yor. Rats* I Isebre prodl. v strol. w.117s
25-26 135o (cfavering mchImery) Wu W)
ago=

MWOY, A. Do
"An Investigation of the den"s of Dust formations anA Xeasures for
Combating Them at the Coal-ftneficlation Plants of the Dan laslue" Cand
Tsoh Saig Mosoow HiMAC last inant to To Stalin# 29 Oat 54. (TX, 14 Oat
54)
Survey of Solentifto &M TeabrAcal Dissertations Deftuded st USSR Higher
Zdwatloual Institutions (10)
30t Sum. No. 4810 5 XsW 55

. , , - ., -I / f / II I- .
=T71". S.U.. dotsestj nnUOY, A,D., kandidat tekhniaheskikh nack,
Dast formation In coal preparation plants and characteristics of
dust control methods. Satoh, trudy WGI 155 Ecover 0561,
(Coal preparation) . (Dust.-Ismoval) (NM 10 141

SOV/124-58-1-378
Translation from: Referativnyy shurnal, Mekhanika, 1938, Nr 1, p 46 (USSR)
AUTHOR:
TITLE: Determination of -the Speed of Motion of Air Required to Dislodge and
Carry off Dust Particles Settled In a Duct (Opredelenlye skorostl
dvitheniya vosdukha, ntobkhodimoy dlya vynoss osevshikh v
truboprovode pylevykh chastits)
PERIODICAL: Nauchn# tro po vopr. gorn. del&. Mosk. gorn. in-t. 1956. Nr 16,
Vp 101-113
ABSTRACT:. The author adduces the results of experimental Investigations of
the factors that affect the airspeed required to dislodge dust particles
that have settled in a duct through which air flows. It Is shown that
the actual dislodging speed for dust particles of the same volumetric
weight and disperseness is independent of the diameter of the duct.
The author offers an analysis of existing formulas for the determina-
tion of the carry-off velocity for dust in a duct and shows that for
very small particles. for which the forces of adhesion prevail, these
formulas are invalid. He proposes a new formula based on the con-
Card 1/2 dition that the lifting force exerted on a particle lying within the
V'-- N
MINA; . ", I
OWN
Mif F'Wit_'~_'rlr;.

Determination of the Speed of Motion of Air Required (cont.) SOV/124-SS-1-378
I%minar sublayer must exceed the adhesive force. The latter is determined
according to the well-known formula of Deryagin (ref. Zh. fit. kh1m. , 193s,
Vol 6, Nr 10). For practical calculation the author offers an empirical formula
for the dislodging speed
V= 75 D)IA
where y Is the volumetric weight ofI'the dustp.articles in S/,crn3 [numerically the
-cific Sravity; TransI. Note], D is the diameter of the duct In m.
same as their opt.
and b Is the size of the dust particles In microns.
1. Ye. Idellchik
Card 2/2

IAKIZA. Alskmandr Takoylevichl-ELD"OV, A.D.# otyststyonn" red.: RTM.
N.A.v redelsd-ve; RA=IXSUTAO AsAs. tokbooradel IL'IIMXATA, QOXOO
tokbutreds
[safety engineering end fire prevention in coal concentration
and briquetttog plants] Tokhntka bosopsonosti I protivoposhernsta
takhaiks no agloobagetitaltafth I briketnykh febrikekho VWokv* ,
Ugletakhisdato 195T, 145 p. (Kin 1185)
(Cool preparstion-Safety mesa=**)
(fire prevention)

ALIMUM A D dotsent, kind. tekhn. nauk
Studj, of the parmwters of ventilAtlon jet@, from the point-of..
view of the dust factor# In ventilAtlag developent workinp.
Nauch. trudy Tul. gor. inst. no.4,&17.26 161. (ERA 1668)

IfflOV9 L.N.,j doktor Ukhrio nm*p profej XSMFMTOVA, A.I., praf.)
KLDWDV, A,D,, kand, Ukhn. rAmki IRICWSI=# R.M.p kand.
, mmk I
Oklml- -FRUMANNSWAg 19.1.0 lnsb,l MUM, I.A.j
kand, tekhn. nauki USWOV, K.Z*,, kande tekhn. naukj VJWMVj
A.A. k&W. tekhn, nauki KMIFITS9 S.Ya.,p kwW, takhn. usukl
;GIRN' M.I., red* lsd-,Yai OILqWp S.E., rod, isd-val
MAISIMOVAg V.V.,, tekbn. red.1 SHWAR, S.Ta.j tekhn. rod.
[Handbook on mine ventilation) Spravochnik po rudnicbnol ventill&-
Wt. Pod red. A.I.Kmenofonto-voio Moskva., Gongortekhlzdat,
1962, 691 D. (VIRA 15 s 6)
(Mine venti]AUort. -Handbooks# *to.)

L. It. , prof M"evilOY 0 A. D. 0 dotnentj ASTMOTOV , Ye.!'. , inth.
Coman,t on T-I.A# )(rainikov's articls3 "Calculating air in
accordanco with pa content and controning Me witilation or
workingo," Desop.trucla v prom. 5 no.ns,31 n 161.
(IM 14111)
1. gornyy inotitut.
Vina va-MlAtion!
airlim-1
M

kand. takhre nwkp dote.; HUMNOt
Nonstantin Oer"Imicylobp kaude tekbn, nauk,, dots.j URPMMVp
V.Dol dotses retamsentl 000BUM, N.D. Insbap retoonsent;
DWML40# PsOop insbap retsenzentl 19H, V.P.8 oty, red.1
BOUIIRIVAt Z.A.p tekba, red*
[Safety toobniquss mW fire prevention in are dressing and
brIquetting plantelTeUnIM tewpumsti I protivoposbarmia
tekbnIks na obogstitelltakh i briketr4rkh fabrikakh. Moskva,,
Opegartokbisdatp 1962, 362 p. (mm 153 10)
(coal PV ation Punts-Fire ~ WA firs wmntion)
Me drossing-wety Usaxor")

BTKOVq L.N.j prof., doktor takhn. nauki, KJAMANOV. A.D.. dotsentt kand.
tvkhn. nauk _-;-'-.'.;--- I- - I . ~ ..
Dust content of the air and vays of reducing it Is Moscow Basin
Mines. Nauch. trudy Tul. gar. inst. no.4%3-16 161.
(Mbecow Baslu-Mbw dusts) I (KMA 160)

dotsent; SOKOLOV, E.!!.,
BYKOV, L.N., I rof.; KLIMANOV A D.
S~LJA, M.D. Inzh.
Liberation of gas and calculation of the amount of air rite ie.1
for sectiono vith povered, movable supporto and complexer. Izv.
vys, ucheb, tavo; gore zhura 7 no#10:56-60 164.
1. Tul'skiy politekhnichonkiy institut. Rokcr.,endavana kafedroy
promyshl4nnoy serologit I tekhniki be%orAsnoatl.

XLWAI'alf. A. X. -- "Znviromental Conditions of the Hinorslizntim
of Coal in the Hoscow EWsin and Its Influence on Scme of the Technolvgical
Characteristics or the Coal." Min Hicher Education USM, Moscow Geological
Prospecting Inatttute Iment S. Oridshonikidle. Chair of Mineral Fuel. Moscow.
1956. (Dissertatior for the Degree of Candidate or Geologicominoral Sciences)

15-57-3-3460
Translation from: Referativnyy zhurnalp Goologiyaj 1957# Nr 3,
p 143 (USSR)
AUTHOR: KILM1021
TITLE: Petrographic Methods of Determining Yield of Assorted
Coals in the Moscow Basin (Patrografichaskiya metody
opradelaniya vykhoda sortovykh ugley v Podmoskovnom
bassayne)
PERIODICAL: Trs Labor., uglya AN 333R,, 1956# Nr 6p pp 258-267
ABSTRACT., The author has made a comparison of the petrographic
composition of ordinary and special ooals in a layer of
coal, He has constructed curves of the yield of
assorted types according to petrographic variations,
The cause of the Ostinctive granular nature of the
different pstrogra hie variations has been examined,
An empirical formula is given for daterminLng the yields
of assorted coslas according to the petrographic com-
Card 1/2 position of the coal layer, this formula has been veri-

15-57-3-3460
Petrographic Methods of Determining Yield (Cont.
fied by experimental data, It has been found possible to use the
results obtained during designing of bunkers to direct the work of
gradin and to plan the yield of the rorted types,
Card V2 A, Us Us

XUXALOTj A.M. )
Distribution of clay in various typos of cools in the Moscow Amin.
IST. vyso uohobo "v*l gool. I roes. 2 no.6t4l-" Je 159 (KM 1313)
Is Tallskly priWy lastitul.
(Moooow Bat In-0oal-4mlys is)
(1gays.-hamstrial &Vplloatiom)

ACC MR, AP7002205
SOWS CODNI UR/0203166/006/W/nn/l=
W 'D
!AVrHOR: Kashin, A. A, Kushurevskiyl, Yu. V.; Kirkotan,, 0. ?.1
Nerovnya, 16. K6
ORO: Nftc0v State UnivsrsltYo Physics Department (Hookovskly josud&rstv~NW
universitet, Fix1cheakir fakultet)j Institute of Terrestrial Plapatism, lowapberet
and Radio Wave Propagation, AN OUR (Inatitut semnap magnetiams, ionostery 1.
rasprostranenlys, radiovola, AN OUR)
TITLE: Drift of small-scale Inhowpoeltios at Kiraly (Antaretica)
SOURCRs Oeomagnotism i seronomiyaq v, 6* no. 6s 1966o UN-1122
TOPIC TAGS: ionosphero, Ionospheric drift, ionospheric Inhompnoltr, ionospheric
ra4LV wave
AWMCT; Observations Of 10nOsPh8cid dctfrA vact 4iiiitittod at WTS77 AUT14 the
jighth Antaretio. %V%dj%joa. rassurements, of the motion of SMIL-SUIS
Inhomosenelties "to made loins the Mhort-rMUSS reception method. 'W;;Rl
type antennae with an active load of 600 ohs served " the receiving
antana,". To reduce the effects of polarisstiOu SAd radii noise go the
wasuresental, the receiving antean" were placed is parallel- SiSSAIS
f rom the receiving "tMas were fed to an satma, switch throesh a
matching balsoclas transformer is a singl&-wirs hf cable. A wi4e-b"d
Cwd 1/3

ACC NVA APT002205
rhombic antenna served am the transmitting antenna. The drif t-wasuring
system was an ordinary LOU06phaVIC station operating at fixed frequencies,
The transuittero a pulsed wide-b&W power ampliflarl, had the following
characteristicas pulse width, 200 pose; repetition frequency, 50 cpas
pulse power 1-1,5 kvj and frequency range. 1.5-16.0 Me. Op ation of
the entire system was controlled by & synchronizer* The receiver, a
,superheterodyne unit. had the following characteristics: frequency
kangeo 1.5-18#0 Me; transmission bond. 15 ke; and sensitivity for a
21l SIN ratios.,Iuve At the Input of the receiver an electronic switch
successively coupled antennas to It* Received and amplified signals were
fed to an oscillograph and subsequeatly*photographad at a rate of-
13 Wise fan its screens
The drif t of small-scale Inhomogensitias In the I and P2 layers was
observed from March to December 1963o It was found that drift velocity
inthe two layers varied from 40 to 400 a/see# with overage values of
180 and 214 a/sea, respectively, Drift was primarily to the northwest
and sou*osstj
The results or a harso"t analysts of annual data on ionospheric drift
Indicated that for each of the two layers there was a constant too-
ponent of the drift velocity vMcb had large amplitude and was directed
toward the equator (loss* was almost perpendicular to the amoral zone).
The vectors of diurnal and saddiurnal drift components were (quad to
rotate counter clockwise In the Z layer sad clockwise In the 12 I&YOCI
both velocity vectors were larger In the 12 loyer than In the Z layer*
The souldiurn&I cospocent-of the drift velocity prevail" in the a
cord 2/3 "Yore WMIG the diurnal can onent in the 72 1474r.

ACC N14 AP7002205
Concerning the relationship betvaso drift velocity and magnetic activity
It was revealed that this relationship use almost sbotut in the 9 layer,
while It "nifested itself clearly in the F2 layers the drift velocity
Increased sharply.wLth an increase In the K Index. Orig. art. hass 5 f1p.-
urest (VA-3)
SUB COM 20/ SM DAM 18Nov65/ OPIO M 002/ M WS 003/ ATD MM i 5u3

I- - - - ---- -- - -- - -- - - --
BOND&M, G,Tol kand.tekbusnaukI KLIXAX)T, GeV#, Inshe
Lessening tbo wear of fuel V=p pistom In diesel tractor enginese
TrAts I sellkhosmob, no.j1tq,-21 D 158. (MIRA lltl2)
Mel Pups)

B111LOSYNIAN, A.A.; LYKOV, N.A.1 KLIKAMV, 1.T.
Investlgp*ing the operation of an autmatically controllel
flow benn. Trudy VNII no,41ilOS-134 164.
(MMA 17:11)

GAYZNKO, A.# inthener-podpolkovnik; LEMINt V... -vpr; WherAz-
mayor
Oreater attention to practles. Tekh. I vrOrulh,, ft;~,"'4N.43
F 164s (1,4114 17:9)

2106tric soldering Iron with internal heating. sumestion by
P.Z. Sukhov, P.7, tljft%wT* Prom-susre- 11 no-11118 N 156.
9112)
(Solder and soldering)

ILIMANDY, T. I
A
K61"vian S.S.I* Avt,tr"sp. 35 n0.10124 0 157. (MIRA INIO)
1,,Minlstr avtomobIllnogo tr*nsporta I shosseynyth dorog Nol"vokoy
SSRO
(Xeldavla-Transportation, Automotive)

Ai
L S", IT DI AAP L
ACCt~SSTON NR: AT5003283 S/28921641GOO/003/0055/0064
AUT11DR! Klitmanovi V. A.; BoriGov. 0 1
MILE: of the spectral distribution of garria-ra(liatio from 4 0.662
Yh-: pnint !intdirectional vource acattey!ed In water
SOURCE: Moscowo Inzhenerna-flZichesicly Instituto Voprosy d021metrit I t4shchity ot
iz1ucheni-yi-.,no.- 3., t964, 55-64
TOPIC TAGS: gama radiation, Sama ray scattering, wattr se-attaring, spectral dis-
tribution, gamma ray dosimetry, organic ecintillation counter, anthrecene
&A-WRACT- The study of t1te radiation field of a thin t- ray bearn has Uaually dealt
in the past with its integral characteristics. In an earlier paper (L. R. Kimel',
A. t. Panchenko, V. P. Terentlyev, Atownaya energiya, vol. 15, no. ~, 1963, p. 32-8).
of the atithors evaluated the spectral -angular characteriatics, of the sc.attertn&
tn Fe of a 0.66Z Mev thin t-ray beam, using the Monte C~irlo method. The present
paper reports experimental studies of the scattering in water of the sacr thin beAm.
To avoid large scale perturbations due to the atnaic aunbare and densities of taor-
ganic acintillators, the authors used anthraceno, whose atomic number and density
are close to those of water. A very detailed description of the constructioc and
Card 1/4

L 23794-65
ACCESSION HR: AT5003283
o7-!rntIvn of the experimental setup is followed by a theoretical discussion of var-
;w-c~E!i;r-iry corrections. The prrocedurein for the waaurement of soft gpectral
f rcattoved r-rays were tested by measuring the ridiation fr-,m a point
a dintance of 4 mean free paths Iron the sourco. Th z~ reg"Its agread
w I r i ri 37. with the the)retically calculated values of r1eldrtein and Wilkins (Cal-
Tih
pi-irt rat Ion of gnmina rayr, P1 tinl report. R)'il- )07,
L
I, ,nervy rivoctra of 0.662 Mev I -quinta acattered in water art, ;hcrwn In
F. nc I o n tir n . A characteristic feature TDf the dfAgrAia4 iss th~ Appl-nrqn-ce
VV
ASSOC-LU7CM: ?;ani

I , - ~ 4 - r
ACCIISSTON NR
Card 314
AT5003283 - -
9
6
4
1
4
11
I
u.
..
z,
A
ENCU)SURF! 01
~ -- I . ,
- I tA.,l
If
v
(b)
0

L 23794-65 0
ACCESSION NR, AT5003283 IKNCWSURE 1 02
Figure 1. DtEferential energy spectrum of r-rtdistlon from b 0.662 Hev point unt-
directional source acattered tn water. Spectra are normalized to a I r-quanttm/
90C. intensity of the anurcei I - h - 19.1 2 - h - 29.1 h 39.1
quant4/Im2 - 99C 'MC7V , (b) kov.
Card 4/4

-1 2026-".-
AM 'NR
straight a shis 1d. The shtel
ing nateriAls ~~#ere isteril. concrete and ~,Iron. ,An experimental, pro
oedure wasueedAn which ~,the~ total intensity 6ould be subdividedlinto'
3 direct 'radiation'vomponent~ the
itf component due to leakage throdgh:'
the shle Id the component -. due --to '.reflection of the Airectional
ponent, and the;.ao -;due':-, to ref2ootion lor the lea
Mbnent,
component* Rach co*OMnt--w*G-:O&lo:uI&t6d theoretically atid:
in ---. "the. measured'.
experimentally#~ TO a to OT, ex *riments wt. calculations
'10~ In. he caso otroplo,
agreed within approximately,, of, d1so.As T!
the i%uthors -albo-~ measured -the distribution
SCAWces of the intone tY.,
or gamma.!radlAtion insid6-' a
-And outside water shield through which
4
straight --oyIindrioa1-,ohMiWI'~ Wsiiv ".Ttiv;.experimental data, agree'..-L,
V4
with the -with ao-"-----
ouracy'of about 20%. Tho.,.Authors thank 0. 1. Leypunakiy for
interest in the Vj M4' L-1 - 'KQtIk2Y p
work-~ Va for hel
the the measurements - and A, -Ni.lFrolova for the opportunity of.-mak -g
the x-ray measuremen64-,I-I -rigures.&M 8-formulas
-20 DA22 I
MM-COD111- 0 MWS'~ 002/. 1 OTH Impt 004
%;
t mp,
Card 2/0
3
77

KUKANOT, T.I.1 TYMXWA, L.N.0 red.isd-ve; BOROTIM, N.K., tokhaorsde
[Instructions on safety techniques for work with use of anti-
corromirs materials] Youlatka p6 tokhnike besqmanostl yo
antikorroslinyx ro'botsm, *skva, Oos.isd-vo lit-ry po strolt.g
arkh1t* I stroltomaterislan, 1959. 13 p. (KM 120)
(Corrosion and anticorrosives)

SOURCZ coots
7420-42691
AMOR$ TollaWs It-191 M&MAI-8s Aj 111"noll To 1.1 ftup"of 0. P. 4/11/
OMI Institute of General- wpakov, AcadaW of
TIMI Synthesis of potasslinAzoldo via potassi= fts"IMM In Ikoon-121
SOMCNI ANSMA, Isy. Ur Was not 79 19669 1267-1269
TOPIC TAGS1 osonidep "roxldo# potassium oowpound
ABSTPACTI The reaction of 102 with ozone was can-led out In Frean-129 a liquid Irawt
tovard ozone. Potassium supeio3dde had the following o"ositions tozo "#22%1 12021
3.85%; 100* 2.73$1 12CO~s 1-801 R20v 1-33% (by difference). Its particle site was
0.03 = or lose. The ozone content of the ozone-mgen mixture was 9 wt. $. %0 stop
of extraction with liquid anonia was omitted. Analysis of the ozonized product &a"
10,9 ?7.21 10~# 6,41 XOff# 10.61 X2C(~q 3.6 wt. %. The increase In the swunt of KOE
12CO
j Impurities in the and prodiuct as compared to their content In the original
Potassium superoxIds Is due to the reaction of XC~ with atmospheric moisture and 002
during tht withdrawal of the samples for asAysisp despite all the precautions taken*
Origo &A* has$ I figure and 2 Ublos*
BUD COMI 07/ SUM DAM 180so63/ OPM IUW# Oo3/ OTH Wt oo3

KLIWOV9 Volot ingh, (Sverdlovsk)
Designin arches with a superstructure. Issl. po ttor. soorush.
no,,10129.221 #61. (XIM 2418)
(Arches)

. XLIMAMOVJ V.I. (Sverdloirsk)
"I
8t4lAUt,y of dotible-hinged arches with mipsrstruaUw*, Stroi, .
nekhe i reach# soore 4 no*W440 162# (HIM is$0 ~
(Arches) I

JUJW,-L;#.* "pirmt (S"rdl"sk)
StsbiUty of hingeloss &robs* with ftpermtructwme Imalepo
toor.soorkwho no*Ud63-175 162. 13 18)
(Arolws)

ILDUNOVO V.I.
I
84U"~tg arobes vith continuous superstructure. Trao
Urals politekho Inst. no.102M-42 #62. (NMA 16, n)
i
I

ILD(ANOV, T, 1,
Stable sitre hi
t'nsth Of nVIO88 Arches vith superstructure. Tr*
Ural* poll I"t# no* 132149-61 162. (MLU 16W
(Bridpa, Arched)
!Ww;`~Irl;:~ ;p i
W-10.0 4

ILDUNOVS V. I*
SUM of U-o-olded co2ums. Trudy tlml. politekbo luto
I ag.132t624A 162, (HUA 16s6)
(Colwas)
I

Juamov, V.I.
Stability of trusseso Trudy gralo politekbe Inst. w.102s
43-53 161s . (min i6sn)
e-e-,

UST190Vt V.R.0 starshljr 019ktrowle-nikL!!~!~Vo ~T.P&, elaktramirlyanile
Us* Of CoUpling Me sets an the 33-morlas autamUe tolephfto
oxchangoso Ayton,, tolow, I vdas' 5 U0,506-37 My '61,
(Knu U16)
lo Isill-lullskaya distantsiya sipalizataii I svpsi 00skor
derogi (for UstinoT).
Railroads-Commadcation systow)
olopbonamp AutowUo)
R

M-TWtIOV, V.P.
,
Wool recl&imlng frew raga in Czechoslcvak~a. 7rkat. pr-,z. 2*0
no.3v &"I Mr 165. (PIRA '48t5)
1, GlarW Insb, Glarugo jp-~avlenfyA lyri zagotov'Ah.-a, pareratot'go
! sbylvu oblivotporod-ihiakAh prOuki.ov, iyrlyn I pLebnIry
T-jont,rallnogt, soyuza potreb!zvl'iykh cbuh-thosty

XUWQYAaajkaM,tskhn.nw*J GOUVIXA 1. (RUZhAVinAS 1.10 im1h.;
% SIAUI Y, flAmpollo'kal Y.10 Insho
Change in the structure of '4qu'A glass in the process of bard-
aninge Budomatel konstre wl*501-43 8-0 1629 (KMA 15 Sn)
(Glass--Testing)

ACCESSION NRs AP4009140
AUTHORSt Dayons M, 1o1 Klimanovat L#070--
Mow.,*,
TITLEs On "air" spark chaxbors for the registration of particle.
showers
SOURCEs Zhurnal eksper. L tooret.:fiaLki* v. 45* no* 6# 1963#~
2078-2080
TOPIC TAGSs cosmic rays* spark chaxbar, multigap, spark chamber,
air spark chamber# air argon spark chanbers dielectric coated eloc-
trodes trajectory localixation# registration efficiency, chanber,
for several particles
ABSTRACTs The authors were able to construct an aLr-argon chamber..
capable of registering several particles.' Difficulties which, arose,
in earlier developments are descrLbods w0 the disadvantages and
advantages of air and air-argon chasbers are discussed. To permit
Card I/x -T

ACCCOSION NRs AP4009140
registration of several particless a multigap construction in used,.
with one of the electrodes of each gap isolated from the working
gas by a layer of dielectrics The test results sh6w that such
chambers have a large "memoryou good accuracy of trajectory localive
zation, and a high -.particle registration efficiency. it in also
pointed out that the registration of one particle in the described
six-gap Oamber is equivalent to simultaneous registration of six
particles (separated from one another by 5-15 cm) in a single 4L$_
charge gap having six times the "a&. The construction of the Chao-
ber and its oporation were originally reported at the Nor-Amberd
-School of Physicists (Trudy* Nor-Ambard shkoly* fizikov, Izv. AN
ArmSSR, 1963)o This was stimulated by a report by Y. Katsukawa
(J. Appl. Phys. Japan* v., 2# 239# 1963) who claimed inability to
construct air chambers for particle showers by introducing a di-
electric layer between the electrode in the working gas. So dif-
ficulties reported by Matsukawa were overcome by increasing the irA-
terelectrode gap# increasing the working voltageo and shortening
Card 2/#3

ACCrMION NR- AP4033107 sloizo/641000/002/0057/0061
AUTHOR: Bolotov, V, He$ Dayon, me L; Devishavo Me L; Klimanova, L. Jr.;
Luchkov. Be L: Shmals", A. P-
TITLE: Accuracy of tracing ths particle trajectory by a spark in a spark
ebamber-
SOURCE: Priboryo i tekba" ekspertwwntap no. Zo 1964o4 57-61
4
TOPIC TAGS: sp"k chs-Or. large gap spark chambers cosmic ray s&dy;
particle trajectory
ABSTRACT: A qualitative investigation of the shift (translation) and &all*
between the spark and particle paths in a 20-cm gap spark chamber is repar"do
Two No-filled &~ 630 torr testchambers had a conumn, electrode with a
60-n-dcron-thick alumthum (oil in the center. Min delay was 0,6 microsec.
Tracks of mu-masons of cosn-Ac rays were photographed. Usasuremants were
carcl 1/2

ACCESSION NR: AP4033iO7
rf
pe ormed with a parallel (130 kv) and series (65 kv) connection of the chambers
With the -supply surge generator. The spark thickness was 1-2 mm. ft was
proved that high-energy (500-600 Govis) particles can be measured by the "spark
Chamber, m2gn&jj&* 1441&~ zuthod at 4mbUng costnic-ray statioas. "The afthors
consider it their duty t6 express their gratitude to B. A. DolSoshein for his usoful~
eo=anents. to P. X. Xotnolov, L. L. Sabsovich. and E. Chaykovskaya for their
help in computer - data processing j to V. A. Nikolayev, L N. Solodnikov, and V.,
Lukin for their help In aligning and operating the spark chambers. mid to X.
redulova for her help in processing the results." Orij, art. hass 5 figures and
9 larrtudas.
ASSOCIATION: rizicheskly Institut im. P. M. Lebedeva AN SSSR (Inadtat of
Physics, AN SM)
SUBMITTED: 24Apr63 DATZ ACCI: 1 l)"Y64 ENCL: 00
SUB CODE: PH, NO REP SM 004- OTHZR: 004
Xord 2/2.

L 448946- EWrjm)/FN(U KC I
ACC W& APSO~ Om I 92/00"/m/0"Al"Also
Aumns 1812114466 A IA.
now - 401. j-
It=v; Same o"iieterlatiall Vf -"do 94P -appluatio" a4wb - ---- --- ------
m- --- - .. m beftsm w-,%dIL- -
hold at Aff -14m;,Vl Am t
-SOUM-1 ImWeatirii'StAyt. lit a'. ,F. to "IT
-0 llo* 9, lout 1 170;
n chadilar'-pa
v
O"m rt partial* track.0 cowls ray particle.
-ot-amb-obsn" -prqw4
4A
ble" -of cowls A* P*aiall Im "wer -q*jMjbSj"~ -c,I-2,A,Dolgmb~lmj:a' 1,& U41,16W
am Rev*1061401or (1h.;Okeperime I teors Mot 46, 1063 (1964)1 Baklad a& komfer"toli
Pof lxike, vysokift omrgAyp, DA"- -1"4) is discussed briefly* Mw root-sem-
-tvo he all"
Squan note be the I= Of t
6hombers with 20 on -gaps in. &I logo SWO _80 Tljj Uo allow
trio field Was to"d to be a x 10-4 raillan. 'With this mmal Ang%dar dippersion It
vouM be possible to nowwro maments Up go 1100 POV,/6 V11th aw 644 at a no an 1"g 10
as be
NJ** of Itbe, electric Oak "d 19be viarity o$ Oki 6 mad by vedmiag tM dots
Ccwd 1 /2
-t-e
TIM,

ACC APU0 1.11"!.L
Xrylov. S.A.
bayon, 14.1.; glimanova, J..P.; VnyazeV,
--------------
ORG: Physical Institute, AN SSSR, moscow (Pizicheskiy institut, XN SSSR)
TITLE: On spark chAmbers possessing 4 large memory
SWRCFs Pribory i tekhnika eksperimenta, no." X~'1966;-41-:48'
TOPIC TAGS% cosmic ray, cosmic ray telescope, cosmic ray burst, cosmic ray chamber,
cosmic ray spark chambetl cosmic ray chamber memory
ABSTRACT: The paper discusses air-argon cosmic ray telescope chambers activated by
delayed spark discharges controlled by multiple Geiger counters via coincidence and
delay circuitry, The chamber has been improved by the introduction of 2 - 3 dielectric
layers (2 an thick glass plates) and ethyl alcohol vapor (air 25%. Argon 70%, alcohol
5%). Aluminum (oil electrodes were spaced 5 - 7 an &part, mid the chamber was inLtia-
ted by 12 - 14 kv impulses with a controllable delay from 2 microseconds to a PLLIL$e-
conds. Bright sparks, situated near the particle trajectory depicted the paS&Age. The
dielectric layers uncoupled the individual passages of. the chamher. The 4epondence Of
spark trajectory localization precision is discussed. A histograx of trajectory devia-
tion from a straight line is given. Besides the air/argon chamber filling, the oxygen/
argon/ethyl alcohol mixture was studied as to its effects on the precision of traject-
tory tracing and on chamber memory. It was found that memory and precision are datetmi

ACC NRi AP6013491
ned by the oxygen contento that Is the memory and precision zemain essentially the
same.at a given oxygen content In the working mixtures A theory of chamber effective-
ness in the registration of single particles, with particular regard to the influence
of high voltage Impulse delay was developed & discussed In conjunction with experimen.
tal results. It is concluded that the negative Lon& which Initiate the spark discharge
are located in a small region adjacent to the negative electrode. Effectiveness in the
spark registratioA of multiple particle trajectories decreased with the increase of do
lay time. The Introduction of dielectric layers Parkedly increased the efec%Lveness of
the chamber In shower registration, The authors thank A.1, Alikhanyan for his attentio
to this work and S,S. Kulikova and V,A. Wshchenkov for a substantial assistance in
this effort, Orig, art, hail 5 figures, 3 formula$ and, I table.
SUB CODBA-1,18/ SUBM DATHs 25Ptb6S/ ORIG REP: 004. 0TH REPt 002
Cord 2/2

V 7 - - -------
6 /79 6 /6Z, /000 /003 /003 A 19
AVTWRSt LaL a
60-.
a
TITLI Ai W t wicat Go - ways sc
IOF
SOURCEt Mosdo'wd Inshenorno -inatitut. Pribory i -motody andiza
-TEXT: . -An axter a... -portinsatto reactor shielding is described. In-y-ray
0 M."44"" nrnhable Inter-sc-Un-n-'s with- matte r are ths
a r d- W-iors"tiort I -a Ic-nu bar- tter -a
photo ffect ow torn in ma cattat if- -
sc tte in '-an - p
ing predominates# Leoo the energy SM direction of motion of the y-rays is alteredi
'hence, It is necessary to know the angular and energy distribution of y-rays. The
characteristic quantity used is the y*ray quanturn flux density No which Is the num-
bar of -y-q%ants, . Ithin a even energy interval which move in the directionof a prea---_
scribed vector within a proscribed - Solid -angle element and which intersect a unit
area located at a given point in space normal to said vector in a unit time* This
quantity Is employed In the angular energy distribution (cf. Goldstein# H.0 at &1##
U.S.AEC Report no.3075,1954 //Abstracter** Note: probably NYO-3075, 1954
The same quantity multiplied by the energy provides t 'he so-called angular
radiation- intensity distribution. Fromm an inte~gration of each of the&** quantiti4se
LdLn
&"he &a Jon (swragaVfactors by ;Vi g by, the
integration of the non-scattered Vadiation. -Tho present experiment investigatei the
Card I

Q
Use of pancreatin in the prepmtion of singl*-layer cell cultures
frca chick sabryo tissues. Vop. virus. 7 no. lxlUo-14 Ja-F 161,
(MMA 1414)
(TISM CULTURE) (XIMM)
(PANCRELS-S&CRETIONS)

KLIMAIIOVA,, M. I.; KILMD1, VJ. (Moskva)
Use of motion-pictux% photoulcrography for Un study of
primariAy pencreatised tissue cultures form the bout of
a chicken embryo, Blulo sksp. biolo I sod. 55 no.lslo&no
J4163, (KIRA 1~0)
1. Predstavlons, deptvitelInym chlonm AMR SM A.Y.Lebe-diaskino
(TrSSUZ CULTURE) (PANCHILATIN)
(PHONMICWGRAM)
(ENWO)

VOLKOVAp T.M.1 SHMYAGINA, Yo.Y.1 YANXOVqXAYA, S.A.; SWIRO, 7#,S.,1
XUHAWWA NIA "
- I- ~
Study of the process of esterification in the production of
"pentols" Trudy VNIISNDV no.6tl67-169 163. OCRA MO

3/844/62/000/000/005/129
D423/D307
AUTHORU& 91imanovat Ra So# 3arenkovo V. I. and Tikhomiroval No do
TITUS Grafting of styrene to polyethylene with the object of
producing matorials for ion-exohange membranes
SOURCES Trudy I I V8080yusnogo.eoveshchaniya po radiatsionnoy khi-
miio Wo by L. So 2olsk, Moscow# 1zd-vo AN 5SJ*R9' 1962t
501-506
TEXTS The present worl'was carried out in view of the lack of da-
ta and of the inconclusive results obtained by other workors re-
garding thu condiitiona of formation of grafted polymers under the
action of 1-radiation and their upplicati6n to Ion-exchange tech-
niques. Vilms of polyethyleneg both stabilized and unutabilizedl
60
were irradiated with styrene by fradiation from a Co source with
a 598 g equiv. of radium, in vacuos The extent of grafting depen-
ded on radiation intennityt time of irradiationg temperature and
thickness of the polymeric films Grafting Increased with increas-
Card 1/3

Grafting of styrene
J/844/62/000/000/W5/129
D423/D307
ing time of irradiation (for constant dosage and at room temdera-
ture) but incroasing it radiation intensity first decreased and then
increased the amount of gratting. dk~'j graf ting was obuervcd for 50
and 25U r/uec, but with 230 r/sec more homopolymor tended to be
formed. Investigations of the tenperature dojondenco were conduc-
ted at room tumperaturo (or close to it) and the results indicated
that 50f) grafting occuTred, In ordcr to investigate the vffect of
film thic4neset experiments were conducted at a doee of Hrad and
an intenbity of 100 r1 /aec, with and without film utabilizers (di-
phenylamine)* It Aas found that the olAimum thlvimeau %.-as 0*'6 mm
but the )reuence of a utabilizer considurably reduced the amount
of grafting. The mechanical characterioticcor -;rafted copolymers
were investigated and the results showed that the materials were
suitable for use as cationic membranes, especially those having a
styrene content of about 35 - 37%,. Optimum conditions for obtain-
ing suitable .~roducta %sere found to bes room temperature# dosage
0.06 - 00 megarad, intensity 4 - 15 r/sec and film thickness 0*2
m. Under these conditions* homopolymerization proceeds at a slow
rate and hence the yield of monomer is kept down. There are 3 fi-
Card 2/3

3/844/62/000/000/085/129
Grafting of styrene ... D423/D307
&area and 3 tables.
ASSOCIATIM Mauchno-iselyodovatel skiy inatitut lastmass
tifiq Research Institute of Plaotic85
Card 3/3

0 i r~l

MIXYZI,IDP B&Aoj ILIMMVA TJL; PSTSXO,, LD.
hojseti" vootir tboory. Part I& Izvovpouchsbouvo; int,
no&W30-34 t62o (KEPA 1518)
L lolownsidy,gosudantwraVy podagogichoWdy iwtitut.
(damtryo Ion. luolldwm)
M, MR,= 4~8 ft; IR, P,

ROUNPUID9 S.A
..I ~ILM~VOTA ~T; FSTSIOp $4.
Projective vector theory. Part 2. 12y. vp. uabob. saw.;
Olt. 40.3sl22-130 062, (XUA 1539)
I* X01MOUNkiy gomlarstyowyy pedag iwwskiy Inotitut.
(vector amilpiml

LOGACHLN, II.A.1 IDMONOSDVA, T.K.; )kDL4NOVA# !...M.; FWREN-'Wl N*Aap
otv. red.;
(Cenozoic sediments of the Irkutsk amphitlaater] Kalno-
zoiskia otlozhaniis Irkutakogo amfiteatra. Yzakyap Iad-w
*Nauke," 1964. 193 p. 03RA 17s6)
1, Chlon-korrespondent AN SM (for norensov).
A's 'R
U -4
tk y I i " Hl
llw~m rlw-al~

to
se's
00.1
fie'
'its A
000
eo
mw ~ RM
owe lb"
b oilw b
**mom w 6m. mr,10.06""
ipii ia ivi w-ld ilk
es 0 o 0 0 : 0 : 0 0 0.0 0,0
0606006 0 0*040.0- -1
0 0 0
0 *see* 0
I-of

ZUKUIOTA* TeJes kands tokhn, n&uk
Vaing soluble slass In modus heat Insulating tiles# Strol. nt.
no*10:20-21 0 059. (XMA 23s2)
(soluble glass) (Insulation Mat))

rMXANOTA, Yokstorino Antougm, kmnd.t*khn.naukj POLftRAIUATA. A.,
A.0 takhn."d.
[Water glass In the constroction Industry] Zhidkos staklo
v strottevetva* mov, oos*isa-vo lit-ry po stroltol orkbit,
USSR 1959. 65 P. (MMA 120)
lConstruotion industry) (Goluble glass)

SWIM, Meg kand s tekhn *Sauk; EUMMA, land. tekhn. nank; MAIM,
LsV.O kand.tekbo.nauk
Reaotor for =king solmble glass, Suk4estsd by T.T.Xovlkov* Rats,
I tsobra predla v strolo xo#150-12 160o (NIRA 1119)
(Soluble gIms) (Antoolaves)
'M
fig
mmor , PAIN
,;, M WIA"N."A - ~+ - - A,
I

BDGDAMOVICH,, Galin& Mikolayevna, kand. t*khn. nank; BUIAXOVSKIY# Vadim
Innovichp kands tokhn, naukj GOLOICHOUt Paval Sorgsyovlchp
kand. takhn,nauki MMARO Stya Mikhaylovnap insh.; URNAMMY,
Mikolay Petrovloh, Insh.t jk1MMVA6 Ysk&tar1nLAo&qqqv% kand.
tekhn. naukj XUVTSOV, b6ris KonsWatinovich, kand. tekhn. nauk$
LIM:RW, Allfred Day1dovich, kand. tokbn. nauk; LMWHMO#
Ivan Andreyevichp kand.takhn. nauk; FOGIMMASt Unalda Peofanevnap
kand. takhn. naukj RDKHLIX, Illys. AleksandrovIcb, kand,takhnonaukl
TRETIUKOV, Lay Daitriyedch, kand. takhn. nauki TSATSKINA, Frids.
Namovnal RUNICHUM, red.1 LJMHCHCNKO, N.L.,, tokbnred,
(Handbook for oonotru otion laboratori"ISpravochnik dlia stroitall-
nykh laboratoriis Pad red. B.N.Iraytoovs, Kiev, Gosstrollsdatp
1962. 821 (MIPA 16:3)
1. Nauchnyys sotrudni ki AkademU stroitelstva 1 arkhit*ktuz7
Ukr.,SSR ~for all enept Reanlohanko, Laushchanko).
Building research-Handbooks, manuals,, etc.)

KLIMANOVA Ye A kwW, tekhn, nauki 73INOVSKAYA, N.Yu., Inzh.j KRAVCWKOj
MUDWV A.I.j inzh.
Materials uds from paper stock and water glass@ V=* prom*
37 no.7sl5-16 J1162, (KM 17 t 2)

JMWOVA# ZJ.) ABBAS(Nt A.T.
ClIrAcal. and dYtolagical, *valuation of tho effoctivemess of
chemotherspr for various malignant tmorm, Vop, oak. 6 no. lOtl9-
23 0 (HIM 3A s 1)

ILDWIOVA. Z't
cytologloal stu4Y of punctas sps*Lmans from the mumary Clw, Top#
onk. 7 no.61n-17 961. (MIRA Ut32)
lo Is klinichaskogo otdolftlya (sav. - dots. V. I. Yanlshmkiy)
Instituta ek"rivientallmy I k2lnichaskay ankologil ANN SSM (dir.
doysty, ohl, AMN SSM prof, X. N. Blokbin).
(MMAST.-CANC91t)

nEWOVA. Z. F.
Cytalogia ezudnation of as*iUa f2uld an a wtbod for the datectlon
of owUn Unwoo 4kusb, I ciao 40 20*4155-61 JI-Al 164. (MA 18t4)
--.&A ---&A
1, minj aheshan Uboratorin (sav. - kwid.md.nauk
Val Shi2ler-Tpikoft) Chkoloticheskogo inatituta imni Gortsena (dir. -
PUS Ajoladkov)t Nnk"4