SCIENTIFIC ABSTRACT NIKULIN, YU. P. - NIKULINA, R. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001137220020-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

BIGEYLVP A.M.$ 141r.111.114, Yij.l'.; B.G.; 7(:!",Cll4',';-*',KIY, M.A.
Removal of liqi;ld slag from open-hei%rt~ furnaces by t-~e draving-off
"thod. ltv. vys. ucheb. zav.; chern. ast. '17 no.10:45-4,8 '(,,4.
(Plf,A 17:11)
1, Vagnitogornkly gorriomotallurgichewakly IriatItut.

IMUS. ruzt. ,4SCIDIN. I.T.
.1. 1~
Using a group drive Is drilling. ftere.biul. ao.5:19-20 Ky '56.
(KLEA 9: 8)
(Oil well drilline-XquIpmat and supplies)

Rgh-voltage electric motors for rtg hoists with a capacity of
130 to 200 tons. Test. slelctroprov. 27 na.M62-65 0 056.
(KM 1019)
1. Teesayuenyy nauchno-Iseledovatolleldy I proektuyy lustitut po
burenlyu neftyan#lbk I gasovykh ekTaxhln.
(314atric notors)
(Oil flelto-EquIpownt and supplies)

AUTHOR; Nikulin, Yu. P., Engineer C-
TITLE: Soae Problems in. the Operation of (Ollwiall) "Olectrical
Drilling Equipment (Nekotor7yo voprozy ekspluatatull
burovogo elektrooborudovaniya)
PERIODICAL: Promyshlennaya Snergetika, 1958, Nr 6, pp 10-11 (UMUR)
ABSTRACT: In recent years the oil industry has adopted electrically
driven drilling rigs with motors of 90 - 380 kW at 6 kV
using transformers UP to 320 M. This brief article
describes high voltage (riash) testirAC practi-ce far this
equipment. According to the ordinary rules such equipment
should be tested every time that It in moved from one
place to another, but as ollwell equipmint me-y be moved
four times a year this is excessive. Since 1953 the
Tuymazaburneft' Trust has made periodic hivh voltage
tests on all electrical equipment. Motors mid transfo.n.-.e.ra
are tested in the workshop, cables and starters in "he
field. This practice has greatly reduced the number cf
outages'. data about the occurrence of which are given JIL
Table 1. Sinae, It is exee9S4Ve to follow the rulea and
test every time the equipment is erected recommended to-st
Card 1/2periods and values of test voltage are given In Table 2,

Soae Probleus In the Op!)ration of (011well) Electrical Drillin6
3quipment
Uo4.,*Iors are tested once a year or after three moves-
transformers yearrly:, starters and cables aft(-r eaA
After each move 6 kV equipment Is tested with a -0,W V
megoh=e*.er and other equipment with a 1000 V rnej~,ohmcter
As the teats cire nttll mado. more often than on normal
equipment It is reasoiable to reduce the ntandard test
voltages somewhat, It is reco=ended that the Standarl
OperatinS Rules chould te modified to take account of
the special features of wall drilling operations.
There are 2 tat'"IeS,
ASSOCIATION: Tuymazaburne.ft
Card 2/2 1. Dri:.2izg na,-~;hin*s - Olpomti-,a 2.
Touting equipmat

*365
3/205/61/001/004/031/Omt
0.21DO/M03
AUTMRSs Ribergailt A* Top sua x1bullas Two Po
TITM Am integral condenser dosimeter
PIMIODICALs Radiablologlyap ve 19 nos 49 19619 633-433
TEXTs Existimig doolmetrie apparatus Is usually based on radis, mpli-
fying system mad often operates uu4tahlyo to* view of thiat the matborm
dov*lopsd m integral eoudem*r desimeter in Aick the mwnrtmg neetim
44*4 an olsetrestatte C-Ij (X-06) voltmetorp else@ Oolp Atch gave
direct measurement or Mw potential am #A@ thembere The fastnment bas
four Ksamurimg ranges and vorks on #As principle of capacity discharge
under the action of radiation an Um ionization ebambero ?be operating
principle em.be seen from fig* I mad Qo cirmit, diagram from Fig* 3o
The initial voltage on the chamber is about 450 vp the final voltage
(with the noodle In Um *ztrm* position) Is about 250 w# thus ensuring
saturation surrost, with all commonly encountered doGal intensities
f X-ray or gumma- radiation e With appropriate rowslatioup linearity of
:
C&A 1/0

An integral condenser...
36
3/20 1~001/004/031/039
Dfts~M3603
the ingt"Umatts deals to achieved with an accuracy of up to + 2%,
Vartmg 6 - 6 mu#As of observationg th* Instmosat's readingi-changed
by so more thim + 3%o There are 3 figures.
ASSOCIATIM Inatitut bialogichoakay fixiki AN 3= (Institate of
stopbysicso M v=)v u0scom
SMITIM April 199 1961
Fig. 20 schematto diagram of the integral
condensafAr %-amimotdr
Legends 1-ionization ebamberl ?,--cable;
3-olectrestatie veltimeterl 4-owitcbl
6--a4ditional capacitiorl 6--high voltage
ompply*
Card 2/0

f " I
te:~- cr
-ad,ation titprape: a
In 1 4 0 - 14 6
the Vollfra:~
Instit-at bialrxAcherkoy ffizilk! 1!

GILCBIKH, G.S., Inzh.; KAOSEYEV, Tu.L., pror.; NIKIII-IN, Tu.F., inr~.; BkF,,
itLzh.
Electric power sipply of oil well drilling rigs. Prcc. en-Nrr. 20
no.l0128-34 0 165. (14 1 RA 19 110)
1. K&Wakoye otAelenive C"udamtvennopo rrvvoktnof,,o inLitituta
w9lektroprovektO (for Cillbikh). 2. r-crlkovakly r-13 I il-hntnheakiv
inatitut (for Mukoseyev). 3. Treat INaymazaburnefill Bashkirska7a
SSR (for Mikulln), 4. Institut Bashne"tel-rovekt ( f'cr Bak).

A,M.j
BIGEETEV,
fl-i~g -Ace
10-
Ag -
Mao I' .g 71 - FK &--rn ~ a. t
g,-,-r.cmq jC -- I

VASIL'YEVO V*G.; IVANOVO A.P.; YOSTRYAKOW, 0.1.; SHNITCLISKIT, Y.N.;
GUAI(OVICHO N.D.; DIDWO# K.J.; AIUGOV# N,Go; SHFAI%Op K-X-;
ZAG&Itry,, G.I.; IXjDCHffKG-DUDKO,, I.M.; ~XMLIWs Norlao;
YWWT, Yu.9.1 BUOV, T.L.
Inventims. Ayt. i prib. no.4t73-74 0--V 164 (MIRA 1W)

R. ~-. ; Y.!E~ , t~ ; I ". 1~ - &z- I F;cvv~j T~ 4;
and
"Mechanical Properties and Corrosion Revilstance of Zirconium
and Its Alloys In Water,, Steam,, and Gas6z at High Te=peraturea."
report presented at the Iattl Conference on the Peaceful Uses of Atomic Enerfyj, 2nd, Genevap
1-13 Sept L958- ~ k , ; - ."
I

KkCVITSKIY, Konntantin Pavlovich. Prinimali uchastiye: GOSSUBJU-MIA,
A.G.; PAI#'rMIV . Y.A.; BEIZAKOVA; N.G.; UPUSTITASSM, A.M.;
2PUKOV,, S.14; AjOkINA -0V, B.G.; VISEUA=A,Te.p
I F,F,; IMI A Ar
red.; KUZNErSOVA,, A.v tokfino red,
[CoTtrol of the nutrition of field and vegetable crops) Kont-
roll pitardia polevykh i ovoshctaVkh kulltur. Moskyal, Yosk.
rabochii, 1964. 302 p. (MIRA 170)
1. NauchMye sotrudniki laborntorii kaliya Nauchnogo instituta
po udobreniyam i inreIto.IungItrAd=(jTor Go--uriareva, Panitkin,
Belyakovag Knpustyamkiy, Zhukov, Vi*,ulina, Salabanov).

KOSTtGGVAt T.; NIKULINA, G-
W" dmm =n need a nos*? Kauka i zhiznt 30 no.5:67-.69 Vq 063o
(KMA 16: 10)

NIKULINA, 0114--
d -- -- - . - .- .1 -. , - ,
Ureass determination to the difTerential diagnosis of Itphth4rts
baoillio lobdolo 4 uosZs42-43 Kr-k 150o (KIM Ilt4)
to to lAborstorti gresnoyerskoy Corodskay seniterno-api(testologi-
chaskay Otantell.
(DU4ffMlA) (URXASX)

.#4uLljl&, G.A.; FILIPPOY." O.K.r SHTIMU, V.a.
Sitaluln the p4mles of Gorymbutdrim d1phtherlAw. lab. delo S
xa.2s4.2-43 T 162s WL~A l5c2)
1 1
2, grassoyarskaya krayeve I Krasnoyarskip garodek"a "nLtarno-
epidmiolo-4chashlys stiaiiiii (nauchnyir konwdttant - prof. V.D.Shtiben).
'j=W=Ar.T&aUM DIPHTMUL) (STADIS AND STAUUMUMNOWIP

i~'
__A__CC_ _Niie' _j~,L' 603 6466- SOURCE COM UR/0000166100a/000/00LO10OLL---~
AUTHORS Agadgha
nyarts W*A.; rAtinichonko, Tr tog ruznetsw, A, Cog lApikh*v** 1o 10
Noupr~ ~Ho 9�; Se!!!yQWw As To; Sheyctwnkos Noll
S none
TITLEt Effect -3C cepidly increasing h=xla n the human organism craper pros-anted
at conference *a problem of space medicine hold In fbaeow Cron 24-27 1*7 1966J
SOURCEt ranforentelys po problet, kasinichaskoy moditsitty, 1966. ProbloW
kosmichoskoy maditsiny. (Problems of space sedicine); usterialy konforantelip
19660 10-11
TOPIC TAGS2 h"ncloq splrographyp electrocardiogram, humn physiology
AW MCTs
In ordei t6-d,-terM"1ne'the time available for'taking countermicasurcs
1 during a rapid drf.--3 in partial oxygen pressure, the resistance of the body
to rapidly increp ing hypoxia was studied in 28 human subjects by the re-
brcathing metho(I using a spirograph filled at the start with 0. 5 1 of atrr;os-
pheric air. The 02 content of this air decreased as the oxv&rcn waa 11ne.d 9y;
X02 was chemic:.Ily absorbed.
Cwd 1/3

L ~T -- 71- - (7
. ...........
Tile ext-ol-16:11 eppcarancc (); 1~ic su~'Jccts' tiic*ir behavior, and reprl"~c.;
~mb-'ecLive zncnoi) o-)Illi were inonitorecl as a check on Ilici.- general cor,61tion;
d or. condittor.~:d rc,icx activity, brain biocurrents,
data Were rL "UrGe
1-'-.Qt01: coueclinat- ~!I' tile fwlclkiow~d stallo of tile cardiovasevlar and rerpira-
-.Ory -';YstCm;:; ni--..bloocl oxyg-'~a absorption !---vc1s; nnd studies or the compo5i-
Alen of periplicrC '-)Ioo(i wid the functional state of tile adrenal cortex were niadc.
I producca functional
-110 results .4ilowcd thal. rapidly increasing hypjo~da
chan-cs leadinj ic, loss of con-sciourlle3j if Oxygen As Ilot qllic"r-.ly adrninis-
~inio (Limu, If, uzn bcginnin- to breathe 41he hypoxic mixture
u--all !he hypoxic mixture iS CUL 0111 Lalounted On the averagrc to 6 min 23 sac
'(5 noin 92.7 see to 10 min 02 rcel. '11is was equivalent to an "al"itude ceiling"
iii ONG to liiaO in). Tiic G,, contoat in tile rc:;pir,~d at flie end
c, ~"i"2 cxperilkicilt was 41. '111"fj (i-~Oz u~j 1. 111 ni Wood oxygo ra Saturat! oil
6u ais averago of 53. zJ-4 to Hypoxia syrnpto%as obLcrved
Ili, c..pui A*niciit inclu6ec;: c,,;knopij oA' Cio epidermir, and mucoca;
and [;GMrjt.'-nc:. cvc,-. rallocle
). calA a z-f di treau
ifi th,; 7.',j;,iy t;u',jccLu cornpl~,incd of r r- to s
6inii --:;s of viL;ioa, headac4c, ctc.

',i Of C,'~*fjL*.: foid
ill cnangeu: of
.dial (lc:ji:-i of vc~;Pi;..-,'ioa and winvi'Lu volimic (jur-
hy-)O)"*~I, k,lu 1%;C1111reniclit and 0,~ vltlliza~ion coi,;aicical, 6c-
1 1. -
from IA6,1,3 to W-0 at tho
dl1rl-,;f rz;;)~d'y i;,crcajin,, hy,)r):..ia L.Ijimved a
ill the a in G-vu- za4ipliludf, U ;'I., zmj T %vavcr..
:J100(i Coulpao.
'lion'iti-a-aculiately and one libur after cxporurc
6 iincocascd uryClrocytc Counts and #~Icrnogolobin coatcnt. The
-oid~; in the plasma incrcuz;cd " om 16 to 17 y""a
--,orticostui f A &~ I-
ti c i of 11c, 2 Y c;uc,n, the ;:.'tcref.cct pcricd.

ACC MRs A-i'603660
SOURCE 00DEs UR/0000166,10001000/0294/0295
AZMIOaj OVOChking To Got Nikulinag Go A*; 1bdtnj Yuo M
act m.,
Tt=t Problem at t1W stfact of hatuatts preparations an dw oftantsufs casist"o
to accelerations LI-Paper presented at the QmWerftee on ftableM of Space Medicine
hold In tinaaw (cam 24-27 tby IM]
20UMMs Menterentalys pe ptobleswo b~lchsslwy neditsiny, I%6o FzobleW
kos=ictwo" md1talayo (ftablaw of space mdtcin*)g mtectaly lonfacenteliq
tbsww# 1909 296495
TOPIC TAGSs . space w4letneg space phystologyq acceleration tolormco, hormW4,
ximmog corticostartod, b1ologia amoterstion offtcc
ABSTRACT:
. The effects of 'various'hormonal preparations on tht resistance of
Iguinea pigs, rats, and mice to radial accelerations were studied. Tests:
were conducted an a small centrifuge. The animals were exposed to 20 G.
in a head-pelvis direction for 1.5-2.0 min. The (0110wing preparations
were used: Desoxycorticosteronacetate (DOW: hydrocortisone; methyl-,
an4rQ4Lteqd1Ql- UWVqjW"6,. aq~ ggWtatropt"wrmoaq.(STH)-extroot4id..

ACC NR, A-160366ES
from hypophyses.
it was found that the hormonal preparations had different effects.
DOCA noticeably lowered the resistance of animals to acceleration.
Otherwise, In tests on rats It was found that hydrocortisone and methyl-
androstendiol-dipropionate increased the resistanceof animals to accel-
erations. The most effective preparation was STH. An intraperitonegil
Injection of this horinong.sharpky iocreased the resistance-of ani(q#ls to
acceleration.
These data help in uixderstanding the mechanism'of 'the action of *accel-;.
eration on t*.-.e organism as well as in planning means of altering the e--
activity of the organism to Increase. Its reglotwum., to accelerations.7
& A. re. 22; A= vA",t "-1161
393 0=8 06 S=N WKs Ofty"
Cw4_2/2

ACC MR, AT6036616 SOURCS GOOCS UL10000/661OW100/030010302
AUIIIOZS facing To To; Agookempmg No A*; 4anatsevp A. Go; Bacer, A. S.;
IsaboyovapT. Aol HimM%Imwg He Kol Onvydev~ 0. Aeg Kelinidionim, 1. to;
Q, &p Ttkftwimwg Yee Pos SaimIg Yee Aeg
!Gr*Mva, A* Ael Vacpsw 9 Le lei WWI
Gavritav, Do A@
OAG: nons
i TITL.'t rAtablishing the pedsibility of usir4 alpine sceltmatisacten for che
mrstion and trglist, ee seemonauts Carr vivamted at do OwderOnts 00 Froblesis
S
EIP4ce ludisins a Moom CNN. 21 Ifty
sovacts YmCamtelys pe pral~ beemidwshey wditsinyq 19"s FrobtemW
ImsmieMskey wditsIM. (Feeblaw of j- miedialse)l mftttdlY hSOCOM9816,
Fiasem. 1"69 3006-302
TWIC TAGSs hypestaq high attlem" 07610IW9 OlpiSAI d0QlIffiI&tI64tt4Oq
trasAIF4
AUTUCTs
T"ka of Ow Pmsmt SOWY wOrs tO.
1. cendwt emplex PbyddGOC&I Ow GUMCA 10masued,464 *w'm *0
pro"" 41 at &WbWW~ eg IM fa 4100 06

ACC NX.- &T6036616
2. Study the Influence of alpine acclimatisation on human toleranc* to
extremal spaceaLght factors.
3. Study the comparative resistance of alpine inhabitants, valley ftih&bL-
tants, and alpWate to extramal factors.
4. Develop a system of alpine acclimatization for cosmonauts and Issue
recommendations on Uw application of aljins acclimatization for the prepara-
Alon and training of cosmonauts and on On creation of alpine camps for
cosmonauts.
Acclimatization was conducted at the alpine station of the Kirgiz State
Medical Institute (Tuys-Ashu mountain pass, altitude, 3300 to 4100 m). A
~total of 28 male subjects were studied of whom: 11 were indigenous to al-
pine conditions as farmers of Un Tien-Shan- -Pamir region (2000 to 2500 m),
11 were valley Inhabitants, and 6 were accomplished alpinists. 7he follow--
Ing indices were studied mukr alpine conditions and usLag test stands:
Functional c"Clos of Un central nervow system; exurnal respiratory
and clLrdLawascular systera fusaUen; sotes b(ocitemical La&ces; the state
of the blood coaculatim sed V cqWfty; and In separate ex-
aerlawme; oorelwal drsWW'1"_W*W-Ok 11hy awked.
-CONO, 214

.ACC NIZi AT,~036(,La
The experiments showed that after 45 days of alpine acclimatization,
human tolerance to prolonged, back-cheat accelerations (S to 10 G) was
improved. This was reflected In a relative increase In the amplitude of
rheoencephalograms. for all subjects and consequently, improved cerebral
circulation and lowered pulse rate. EKG changes indicated that the heart
was undqrgaing lose strain after alpine acclimatization. After residence
'in alpine conditions, a decrease In basic metabolic indices and a slight in-
-~crease In arterial blood oxygen saturation was noted in alpine Inhabitant*
during accelerations.
I A study of heat tolerance showed that there was a drop In basic phyaloo.
3ogical parameters (heat accumulation and basal metabolism) after alpine
i.acclintatization In all three groups. 7hese changes were mart pronovinc'ed in'
indicenous alains inhabitants and to" pronounced In alpinists. . . .0
The resistanoce of the organism to hypoxia before and after acclimati-
zation was studied using two approaches; expeaure to a certain "altitude
ceiling" in a pressure cha~mbsr and a method of reverse respiration using
a spiregrapb first filled with a1mospberW air'. lath* latterease as a weas-!
*ure of oxygen commopflok SMON GeNteft wider this bell jar of the spiro-
graph decreased sad saMUd oadma dieside was GbOMICally *weosol.

I
11IM-1111, H.!;.; G.14
ChmrVs of the carotinoid content In the leave- of wh,~-al arid tar!07
in connection with their development. Bot. zhur. 1,0 nr,.1:113-119
Ja 165. (MIRA 18:3)
1. Voesoyuznyy Irstitut ratitAnlyevedatva, Lonlr.,vrad.

~7__'T
ACC wt. Ap6oz342_7 SWRCE C=t u-4019016610031607/1180/1-184'
AUTHOR# Kurilenko, A, I.; Akulinao I, Fayr-i N
OM: none
TITLE: Usatrical Study of the polymerization kinetics of unsaturated
9 radiation 4
SOURCSs I)rvokomolokulya 9 soyedineniyat ve So no. 7, 1966, 1180-1184
TOPIC TAGS1 polymerization kinetics, polyester plastico ollgomer# electric conductiv-
ity, ionizing radiationg radiation effect, gsnna radiation
ABSTRACTI Polymerization induced by ionizing radiation was studied for the first tt-le
by means of the electrical conductivity method proposed by R. W. Warfield and H. C.
ng the kinati Fmal curing of
P roe (J. Polyrior Set., 37, 305, 1959) for studyi as/of the
relins. 1U vcperlments involved the unsaturated polyester resid'Pi-ix, reasurtmentqs
of the volume conductivity jv, of the resin during ~rization were compared wittl
~o
data on the degree of polymerization, obtained by viessuring the concentration of -Gx*
double bonds by IR spectroscopy and the cont-W. of the gel fraction by wctraction. If,
was thus shown that the degree of polymerization can be obtained from Cr . The pol-
ymerization kinotics of 1".1-1 were determined in the range of 30 to 850C at dose rates
from 50 to 318 r/soo. The kinetio data showed that the curing process Is governed by
Card

1. Kwhallmik
llnakambinata,

"t, , ; ~ A; I., I ,
Al
. I.
I
f~,

ilf-tlr., A. G.; NMUL11,4, L. =!,
Cabbage - Irkraine
High yields of seeds of commn cabbage in the Vkrainian 1311. 1 lem. 2(;,
No. 3, 1953.
9. North List of Russian Accessions, Library of Congress, Jwne - 1953, Uncl.

NIKULL~*A, L. B.
"Intervariety Hybridizatirr of rab',,a;:e sin a I'et',rd of ?ln
Higher Mucation MA, Fruit le:7etable Triat imeni 11. ';. ',:Ic`-urir,, !.Ic~,urin~ak,
(Dissertation for the DeF.-ree of G:indldate of Ai-ricultural :;cIences)
SO: TnIghm-ye jAtot)lsls, No. 32, 6 Au., 55

ro. K t .!i kari.
con z) .
FA/ 16~
(YIPA
k!,!' K I V i t i r o, r y f y y
1) y v k r v ~i
5 n r. k h

Kgp&ROVAO S.A. kand, col'skokhoxe rAuk [doceased); N'
JPL A
. 'L.8.# Und
sel'sko;tos. rAuki KMITSUAg, L.V.,, a&T=M.
"teal vW xechanical properties of potato tubers, Tmdv VISKKW&
no.32tl3-35 162a (W RA 18 11)

Gultsm of k=011 POP1114110 Of ShO 1AMMIC 12 0 CUCk 096s70, 14P,
virus* 1 R60:42-47 RV-40 056o (KwA lost)
1. Ematitut virwoloicti Inent D.1.1vanavek4eo AM MR. klistim
beleamey %kM, Carla I moos pe4tatriaboakage fakalOtota 11
Keekowskago seditataskoge Institute twat 1.1.5talins I Goesdar-
stvowiWy knatrollmly inatitut Issal L.A.TeramovIchm, Nookwa.
(ftriwn.
larynx, cultivation In chick embryo (fte))
MRM. asoplawas.
Papillose, calttvation in chick embryo (Mme))
(=am CUMM,
cultivattom, of papt1lomm of larynx to chick embryo (fta))

ZORE, V.A.; KUZIr6CVA, N.S.; HIMLINAO L.N.
Some now lecture downstrmtionse Uspe Me nauk 77 nool:197-200
NY 162o (Physic&--Study and teaching) WIM 15:6)

4 10;

Ow.
Ir
V 'FrM
_1P
I f
411:
Ti .4
ji ~ % 1 .1
6w. J
p-
4 ArftrAl timf vt j t itivdj~6d btrw t 0
-4, CIO
~-r~ r
J:
y
O"M 141 virl I
j + CA" -n It" k4b
z 1 ~ ~ - -, ~_- -
Tau, k4 tv li-w
a to Y- nt, r~? ~V,
:;,.il L
fi,'j,

Imu"U. r,.N.
eooft*~K~IerZ
ledcal study of tho froshim" cUr, Tr* GlU W,1:42,--52
1570 (trtatsic Pftviw*-CL2y) (an 1185)
(NIvAralagy,, Deterwlmtivv)

r~ ri I I
AUMRSs Shteynberg, ru.G., Nikulina, L.11, 72-2-q2D
TITtgo Porcelain Glasings lith Various Forms of Silicon Dioxide
(Parforovyye &I"uri s raslichnYmi formami kremnessma).
PUIODICAld 8t4klo I Kermika, 1958# I;r 2, pp. 14-18 (USSR)
ABSTRAOTt Z.K. Same - Tisoy%W& took part in these tests. The authors refer
to the works by R. Ni4erleytner and re.V. Termolayeva. [Ref. 1] . The
various substances containing silicon dioxide ares quartz, silicon,
diatomite, and mate aluminum sulfates (waste products in the pro-
duction of A1013). The task to be performed me to develop glazings
without felAspar. which do not require higher toWeratures of burn-
ingo and which have a number of positive properties: a diminished
tondenoy towards splitting up after burning, Increase of the meohant-
ftl strength of the produotal decrease of dielectric losses, ato.
Compositions of glaxings were investigatei with a mtio between
the sun of silicon dioxide and aluminum and alkali es~rth metal
oxides 3 * A equal to 8,5:1; 711 and 611, and .1 equal to 7:1:
R 0 A
Card 1/2 611 aid 511 ( In Mol Percents) - Into grow RO ence calcium- and

Porcelain Glasinge With Various Poms of Silicon Dioxide 72-2-6120
magnesium oxides, and another time only calcium oxide in the fotu of
chalk*w" introduced. The chemical composition of glazing raw materi-
als in shown In table 1. Data concerning the appearance of the sur-
faces of glazing materials after burning at 1 350 0 are shown In table
2. With an increase of the alumina content the gloss of the &Wing
decreases (fig. J). Compositions of silialum glazings with an opti-
mL= ratio of acraponeats are shown In table 3- In the oue of rapid
cooling accumulations of cristobalite crystals can be observed In
the glazing (fig. 2). which, If cooling is delay*d, grow in size
(fig- 3)- If the alumina oonteat Is increased, mullite is sn*mted.
Which causes & lose of gloss In the gUAi &f ter burning ( f Igo 4) -
Cha2k glazing are in all cases dim ( fig. 5~- The existence of f errio
oxides in diatomite gives the glazing a yellow shades which to per-
missible for technical porcelain. In the case of porcelain for gene-
ral use previous chemical treatment of the diatomite by hydrochloric
acid and chlorine in neoessar7p by which diatomite glazings are given
a normal white coloring. Diatomite glazings richout a content of
feUspar are distinguished by a partioularly bright glass. There are
5 figurls, 3 tabl*sg and 8 references, 7 of which are Slavic.
AYAUABM lUbrary of Congress
Card 2/2

15(2)
AUTHORSt Nikulina, L. No, Tar4V*Yag To 1. SOV/72-5?-5-12/1f
TITM rographical Peculla:itigs of China Stone kFetrograficheakiye
osobennosti kitayskogo farforov*go kasays)
FERIODICALt 3teklo I kerazlka, 1959, Hr u, PP 4U-44 Mix)
ABSTRACTs U. L. Yefremov# A. 1. Avgustinik (F^ntnote 1) established an
analogy between China stone and the Olonete sandstone. The
Gosudarstvennyy nauchno-insledovatellskiy keramicheskiy Institut
k3tate Ceramic Scientific Research Institute) is studying
China stone. The results of microscopic examinations are shown
in the ground sections represented In figures I and 2, and it
was found that China stone consists of quartz, fel49par,cexent~4
sericite and a mlight amount of carbonate. A more detailed
description to given. The chemical analysis was carried out by
To To Terentlyeva. Its results are shown in table 1. On the
basis of the data found in the analysis the mineralogical
composition of the sftmples was calculated and assembled In tmble2.
rt was found that the fine fraction of China stone consist of
b%b sericite, ?2%, quartz, and 0 carbonate. The thermal investi-
Carl 1/2 gation of China stone wao carried out by V. A. Serozovskaya

Petrographical Pecullurities of Vh1na Stone iOV1f2-)9-1J-1211?
(Footnote 2) and illustrated in figures 50 ani 5. The
mechanical composition of the ground samplen in given In table 5
The results of ceramic,~~; Inve3tigations are to be found im
table 4. rigure 6 shows tho dilatometric curve of the stone
Nan'-kan. conclusionst China stone constitutes a metaaarphic
kind of the secon4ary quarttite type. Main components are quartz,
@our plaglocluse, and R,~ricitq. Yeasurea will have to be taken
to find similar kinds of stone on Soviet territor;, since such
a stone constitutes a valuable raw rtaterial for the ceramalca
Industry. The typev mentioned in the relevant publications
kFootnoto3 5 ani .1) are not iuttel for these purroses since they
contain dark pimento. There are 6 figures, 4 tables, ani
4 Soviet referencen.
Carl 212

KIK=U. L.K.t TARAMLO T.I.
A vaAety of GIUMMW Molln. Tradty GIEZ 40.113645 160.
(KMA 1681)
(GlmWw"-4rwllm)
.J#

0
TITLE'. ~.C t
PERIOD1CALt Z11111-11,'il L(IllOy IC111:11 1, 1"i,(), V~-,l 33, 11" 3,
pp
A&STRACTi Frit..) arld j'ja,'f~o ol, tile above type, all without
riag,tw.;1url, wi.vv otudird III to det,-rml w thc-
("I" var""lvq~ r1wifilk-Itl(I-3 Of 31' and Ca c I
Cticr.-Acal of the
fr1tj ti,;eA fa-e Ovci~ 1, 'i Table 1 . It wa.;
that the -111111ty ot, th(" anci ol' t1--'2 w.1
11 - -a'31
uladf fv;xi is I- - ~ at 31, rid
Cao lot I., flip, tu tiw ';Ilflitwira
of Lyle 11"f!ltirij; tem+crat~ire on E.,,V(AL1ti diagram of
solid 20111t,10110 01' 31- i'l.ril (;,L (Fig. 2).
Card 1/16 A1,3o, cnl~; made fr~)m 53 and '514 had

ujY c!"y .- i tall iI ".,-i L lf~;, ;A' T-I i I
Fre. Strl.;ntlum-Calcllum Glazi 3 - 13 /4 7
r,a rd 2/43
nozynal awl 1"Jazeo cry;;UIll'-;~c-kj 1(";3v
than the othf-r.,; . Thf.- of' the:;e minIffia 13
probabl.y relatcd to tho- dt-)rrec of Irripej-rec-
t1un of, the latt1cf" and,
po.,-Joibl.y, the Avuctllrs~ 0** Ulf.- ooltd On
rcplaccm~.!nt of' the SW Uy Ca. A continuol-j.,j aeries of
solid sw1utlori:1 lo foxmi:d In the cr.~.-Aalllzt~d f.-Itil,
With aTI itIMS" 1111i-al' Of b(AA1 of
refractIon 1), of upecif1c: j-,ravity
(FIg. ~)), Interplailar Is), and latttce
paranwi.f-111i (FIg. 3), iA:, thi,- (,';t uuntc-rit In the mIxed
crystal Th,~! tntei-planar ,pa-Itiv, valiie:~
or Ulf, m (~,,os:- Flf,,,,;. 2 and IJ) deviate
what ui,, mil(., t facl, olhould I-t-, P,Irther
Irive;Algated. X-ray of the powdered,
crystalli.-.ed frlt;,3 Aic-wed tiv-, cr all the
crystal,; to th(! hexavc)nal and theii, ccriplete
rril~lclblllty .11-it tho ioll-A Th(- :,y3tc~rn may be
com-'j-deved L;odlmorphlc. in e 1 e V:
AJI 11. A. , and
Kondrat, ly,~va , V. V. , '.ook 1),t;,t 1n the work . Frank -
KamewArkly, V. A., 1:; thinked fur hi,! a(lvt(;P,.
I

Study of' tilt'.. Cryotallizatiorl of liuvoll- 78212
Free, 3trontium-Calclum 30V/80-3 31-3 -13/147
Table 1. Chemical com~w)ltlun of Investigated frita
(wt (A) Frit fir; 13) 3vOl Cat) (parts by wt)
Cairo KV NOW
A AW) ofo
61 UK I . 0 7,40 216 .192 7.01
Q. 7.AS-. 1 1.76 19, W 4.0 U4
53 2.68 .1 TV, 1 4A) 4.1 7-q3
54 1 K~ : f VO 7V. 1 2.~A ~ G. 75 4.1 7.93
55 1.23. 1 61.5 916 10.14) A.17 4.2 afe
5a RAI t AM K14 7.70 P.To 4.24 Mo
51 WO) 1 (14.5 &42 14.3 4.40 11.40
Card 3/8

Study of the Gryatallization of Boron-
Free) Strontium-Calcium Olazes
Card
it j, a ss m
top
9 so M Ix
spo W
78212
SOV/'80-33-3-13/147
IWO w
to w
Y
Fig. 1. IndIcen of refraction H in aysterl Sro-sio
2
cao-= 2' Humbers on ciwves are frit numbers. Dotted
linen are Eakola's data, noll.d lines the preaent authorst.
Fig. 2. E3kola's diagram for ayatem Sro.sjo 2 - CaO.SlOa
~Aj wTomperature (0 C); (W) melt; (X) mixed crytstajB;
Y t %I (Z) by wt.

Study of the
4 1-,
Y I bf,? n,
p;wametei-i In :;ystem sro-Slo
CaO*"'IO,. (A) lattl,,:,-,~ purar,4--ten; In Amll,,Ax,ur.,!i.
Numbei-i ori curve;;

Study of tile crystiall ,Izatir-q-, ()f JYvtol-

Ca I'd 6/b
78 2 12
FIE'.
S 1 2
CZ10 ..SIo,) fo v 1,vi L 1 r. t~ 11 r,,!.n . (A) intc-rpiarar
(]/it lit An, Manbt.r., oil 'nirve-t kre fl-11,
I it kribs 1, 111-1to 41-1 1 w 1 t), ." vo I Cao 1.1-014 b.", wt
F-U% 2).

N,
0 IJ ii I ~v
lr~ ,-I
CaQ 10 2- (A) Spefli'li.- j-vavlty
content In "Y.'Item (wt 't)
There are tableB; aii-A
3 U.S., 2 U.K., I Diril.;Ih, 7 Ilovie' 7h(-~ U.S. arA
Card 7/8 U.K. rcfcrenc(~- are: P. H~~,~ola, ;,n J. 4,

Study (J!, tile cry3tallizat1w. U." 11,1")ron- 7 .2
Free, Strontlum-Calclwn Gla;,f--3
~-, -) L J/',7
23, 331 (1921); E. T. Carl.,jon, L. S. Wea.;, J. Ref-, *
N. Dw. Stnd.., .51, 2, 73 (1953); A. W. 11,.U1, W. P.
Davey, PhYa. Rev., 17, ~A(,- (1'~!21); R. W. J.
Appl. Ctim., 2, 244 (IYA; F. pjooth, H.
BrIt. pat.
"RIEMITTEDi May 1~,
C'11A 8/8

tamp Volov kud. fiz.-astem. nauk; KIOLIKA,, L.,S.,p kud. pol.-
mimreL nank
goo of a microscope, with a heating devIce for ottodying foldepars.
Stoke I her. 20 no.600-32 Jo 163. (KLU 1616)
1, Goeudarst"aW nauchno-looledomtol'skiy kermiabookir
instItut.
feldspar-Testing)
NicrosoW-Tochnique)
i

NIFULMA, L.X.j ZLIMENKO, N.Te.; MITIM, V.S.
0-0 --Mgw
rTr6 frequency converter using tunral diodes. Elektrosvlczf 17
no.Ilil-11 X 163. (MIRA 17ol)

IIFIVIIIIIP D,11, NILULIM, L.K., kand.gaol.-mlnera !.-auk
Glieraotoorlstice of tAs behavior of pat4solum and potasoluo-4odlum
foldapar wider the effeat of heating, Stek. i ker. 22 no-P26-29
Mr 165. (KIRA 18Q0)
16 Goaudarstvennyy Issledovatellskly keramichaskiy Institut.

V9 4.1
if
CC:H m;0it
vot" "v; J~ 1". fr~Or, r'iio, i- ~l I
C-1 VA.
%Olt FIT-IM f? f M-5WR? Pit
0, PI(vr f 7J~(
VA-i
Ail
fk

011,

TL

SHIXSDV, T.9,; NMLINA, L.P.
Investigating the process of electrizatica In a fiber during
spreading. Kauch. i res. 23 no,,4t42-45 Ap'64 %'HIRA 17t7)
1. Urallakly politekholcheskly Instituts, Sverdlovsk.

S111KHov, V.R.; ANISIHDV, V.A.; Printmall whastire: MXURINI, i .1.0
AFIVILIJU, L.E.& TKACHEV, V.V.; NEVITSEV, I.I.; WFIETEVA, GJ. ;
-6v-SEV, V.P.; TWSOV, A.I.
Measures for the control of static electricity in rubber cement
coaters. Kauch. I rot. 24 no.11:42-45 165. (MIRA 19: 1')
1. Urallskly politakhoichaskiy institut,Sverdlovsk, I Sverdlovokly
ravod recinovykh tekhnicheskikh Izdelly.

"T. 1K -q rql T-1
278110'
Ler,klkh V Histsollzme Zhirs. &)obshch. 1. M. M. Filvillm. Soderzhaniye ZhIrR 11
Le,-,),am V Fame I Pri Razllchnyl(h WaFruckakh 7hirsie TrWy Lenfrrr. San. -'1-ter.
Yel. In-tap IT 19,119, s. 71,08. - Pftlio~-r: s. 88.
SO: Letopis' Zhurnallnykh Statey, Vol. 37, 1949

N,IKULINA, Vi. M.
NUULINAP m. m., w7he rat content of the jungs under normal and pathological
conditions (the itudy of pulmonary llpodlaresls)," Kin Health
RSFSR. laninCrAd Staltory-ftlone VadIcal rmt. fAmingred 1956.
(Dissertations for the Degree of Doctor in Kedical Scleaccol.
501 ISUWM kjgRX No. 22, 1956

ITIKU,LIIM. K.K. (lAainrrtLd)
Fulzzoamry fat co-atent f3llMng pancreatectotq. Pat. f1clol. I elap.
torap. 3 no.3:11-16 j~y-je 159. (KIA 12:7)
I.,Ix kafedzy p&tologichoskoy ficloloeli (sav. - prof. L.R. Nrollmn)
laningradskago manitarna-giglyoutch4skogo vditelaskogo institmta.
(PAUCRUS, off. of excis.
on lwlgs lipids (Run))
(LUVAIS, notab.
11pids, off. of pancreatootosW (Rua))
(LIPIDS, metab.
lung. off. of pancreatectoew (Ffto))

NIKULINA, M.M.
Qualitati" i3t,,ri,( .f t r-,nilinvir :,i item t,f tw,) lifferential
equations. Vilt, 1,,!j J~,' ,'~- LI,6 163. (ld.-RA 16- 1 .9)
('~ I r r,, ~ ~ !" ~ i a 1 n 1~,t% ti c nn)

OU
N& AP502003C,
A!'1110111 Nikulina, N. (Agri i mikii r 1w,
Dnngpramm dixear-e of U~w stunf mwr~ r
7,:txhnh1tA rmwf!pnf~ of 2f' 2
1, Ao.f4. Runn o%r r . falt., -r1
'V'RA f In the laqt ~j~n vf-ir.,i Izv- ii Ir
Ir liho, Nort)wrrt ~i-- di luq'~
"-s,n c.;bnerved In V-arloylo4 pa-to 'i ~'N ku -H~~
planta-
J1 3-Inne nf uloir firvlil~gq ~Ir-, Ittt,.-Ate,(i jr ,,r,f,rrjr
t
fted 1-1y !aLmm rallld~w a. lite 7-trioun iacaufxn--~
w4t, -T it - arr, v 01minA.
lu, f1glit rz"nmt this dlat-. - - ('Olu mv-- tart' 'h
.'; winAliall scffortpA tTy finl;;" rmO~Ai ~hw X) t !I h3r%*-VtA. on
Ll,fi-,wi f~tptd,,%. rowi Itte rpmuvqi of ill iiigo~ gwd ,dvo, or')Ir' dit, lis'W dur~flg vpgpf.Atjon.

-%~'(TMON ~": APS020030
V-~q Ool A rION! Nonp
i M ou - ENCL: 00 SUB CODE- Ila T
. ' ' ! ~ R
~ I tFF 60V. 000 fiTIMR 1VO'i
p
I
11 ! 10,

HIKUL14A, N.B.
Cm,,para*,I.ve effect of sow antlaepti:s llsmd ir, lifff~rent r,-lication
formB on a rabbit's "ye. livich. trudy R!nz. ril. Innt. 15 t 84-9 3
162. (Vj, fU, 17 g 5)
1. Wedra glaznykh ty)lezney (lopoInympishrtily obyAzqnn-)sti
zav"dVishchego kafedroy - kand.wd.rauk V.S.Coryninov)
i kafedry farmakologii (zav. kafedroy - dot'scnt A.A.Mk,Wr.~
Rystanskogo "-ditiln.Acgo In-ititullk lmerl PRvl,.)vn.

I
111CLINA, N.B.; I.S.
Use of ethamine, a new 1ccal oywmsl-ne~ic prepareticn in
cal practice. Nauch. trudy R4az. nc~. ins". 151113-115 162.
()CRA 1715)
.1. Kafelre glaenykh boloxney (Impoln.~ayas~chly oby4zannostl zmv.
kafedroy - kandowd.nauk V.3.Goryalnov) Ry-sumskogo meditsinakcgo
instituts imen-I ravlrwa.

I ~ KA y 4 , 14 . A . , p rr, f . ; N; Y.!'l I li ~, , I N . 1. , ra icl.ryy 5c, ~rodn I k
Use of' rego--ptIve autum w1lerlal In Clt.
thur. 11 c.0229-23? 163. (YMi. 17:4)
1. 1z ljkri0r,3kofyo
Instituts ci,,.zrykh bolp?,ney ' fkAr,,~v~-y
Fllatf,va.

NiMLIMAO J6Ga (Moskva)
LUP-Qmloa conferenco of workers at the young riKALralist statlocis and
agricultural exp*rlmnterm, Blol. T shkole no.2gE9-90 Nr~&p 063,
(IURA 16#/.)
(Acricultum-"rimatatLou)

191FAUVp D.P.; 1UYJL;!;A, N.G.
-
Lebesgue xoqv,;r~ of nvb,)-)tn
vartatIon of the Nnotion -
IM SSSR 160 no.5:1004-1006
of" r% Ew~ltdesn spa(7" als the leading
distqncn to t4he clon"d #"t. TjokI.
F 10.
1P:2)
1. Torsklv gosAarstvennyy unz-verettet '=. V.7. Nybyshewi. Sub-
mitted AuVit 24, 1964.

tEM/Plant Discaces - r4scasca of Cultivated Planta. 0o
Abs Jbur : Rai' Mur Mal., 116 8, 19581 31OA2
Author : Nikulina, 11,Ks, Shvorneva, A.M.
rust
Title Toxic Bateriocis of the linter 11clon.
Orig Pub Zashchita rast. ot vrWit. i b(,-lozzne1y, 1957, Ito 5, 55.
Abstract Typical symptoc-z: Marply outlinedp bra*wm1s*h protuberant
spotg. The center of the jrots resalles the sExAs of In-
sect bites or stings. To tl-,c toua4, the spots arc cimilar
to nipplevorte After sectioning the v3ter celon, the de-
composition of the flecl, is .tell noticeable* Fruits are
Gradually yellowing. nc intensity of the developnent of
the discase depcn(ls on the dcgrce of ripeness (green fruit
13 not affected), the temp-crature of the air and the azuunt
of precipitation. The carrier bacteria belongs to the
group Protcus. Toxins clLrilnatcd by Uic bacteria cause
patholoGical symptoms in hi=xnna and nnL-xLlav -- Dlyakova.
Card 1/1

ROLM.. NJ Wonom-fltoyatol.,g
Potato disease caused by Phoma tuber"&. Zashch, rest. ot Y"do
i bol. 4 no.2:32 Mr-Ap, 159. (MUA 16.5)
Chita Provi nee-Pots, too a- 4)iseases wid posts.)
(Chita Province-Phown)

SWUM, X.R.
-.-- --Vtaih~ijou of nomsWos on vegetables wd potatoes In tho ReS.Fogolto
Truar G*i'waab.9:2o6-2O7 '59e (MMA 13:3)
am Posts) (11eusto")
(Potatoes-DIseasoo and posts)

Culpa4
ru Uw Awslan lFodftatlcw. Z"behomtrot vred.1 bd. 5 moo3s
1-2 Nr 160, (mm 1621)
of)
(71"tat ftotectlon

*I ~m&-mge-
Dldlfffeounc~ arop -news. uslwh.rast.ot "vd.l Ul. 5
tw.3t29.-31 Mr f6O. (See".-Cloweatim) (Km 1621)

wilAm, F.I., atarshil SAM."Ra, E.E., Prof.
Questions and ww-mmo ?Ashch. rast. ot vred. I tol. 6 n0,":41,
Hr 161. (MIRA 15:6)
1. Uosplan WSR (for Wbarm).
(Plants, Fratection of)

KIKULIKAJ, MIK S.-Waam-fitopatclogs KmkolklKK, G.1,
QuestIms ad answers. gadwb. rest. ot vred. I bola 6 so.qs
51 8 # 61, (KMA 1615)
(n"ts, Protectioil Of)

2NIMILIKA N K
For officiout ar,-:Ialist f-=p3t-Alon. Zaahrh. roAst. ot
i Nil, 7 no,L9 .6-1, 'ILlilLA 15:",l
1. filwnd- -ij,)n-a po rist-rily
p
ldi,i-t -,,A;ot ijf.,l i-~~ 1~,-)Zyarlt-fa M,-~,R.
pf-)t~-mtjoll of)

-=4,1 Ila.; LUICOYAXIMKO, N.K.; NZITW, Yu.S.
rm T&Uumtw, Imbobaustoot vvo&t bol* 7 lwA954 JTO 162*
(MI 15112)
U GLavzqy agronom Nlnlatftvtft Wolswodstra I sagotavok s4lsko-
koboq%pt"m3th produktaw (for lftdivA). 2. Sekretarl
partlAcy organizateli NWstsrstwa proluvodstva I sogotavok
4,61'skokhowls) twmn3&h produktow latarskoy AM (for Tokl7anshko).
30 Zmnwpmdmt dwxn&W ftshahlta rastmly A vrediteley I
bulauser (far lismper )~
(Tatar A.S.S.R..-Plantep Pmt4mticm of)

CHEWNg A.)P.t
Important changos, Zashch, rast. ot vred. i bol. 8 no.11:1-5
44 163., OMIRA 17: 3)
1, Zamatital' nachallaika Upravlemiya zashchity rastanI7 PSFSR
(for Chenkin) a 24 ftlavnyy agronon Upravlenlya zashchity rsatenly
RSFSR (for Nikullna)o

MOLINA# N.K.
Timely disinfection of seed. Zash--h. rast. ot vred. i bal. 9 no.Ig
33-34 '64o (MIM l7S4)
1, Glavnyy agronom-fitopatoloe Upravlonlya mahchity rnsteniy
RSFSR*

N
N ~11T-Mlkt 9w IK,
2776. MIKULBA, N. 1. Udwt I Statlatiks Truda V Kolkhosakh. N., 1?54. 16s.
20m. (Y~vo Vyssh. Obnamudya SWA. Mook, Ckone-Stat* tm-t)o UO sks. B.Ts.-
(54-56116)
SOt Latopts' ZhurmllaWkh Statey, Vol, 42p Moskmag 19490

%.N.
2776. Uchet I statist1ka trula v kolkhatakh. M., 1954. 16c. 20cm (M-vo
obrasovantya SSSR. Vabk. Zkoh.-stat.in-T) LLozkz. L.Ts.-(54-561167ssh.
So. Knizhnaya Letepts, Vol. 2, 1955

GMf.T. G.K.; VOYQUWT, S.P.; VIELILLRA, 0.1.; W&-KOT. CGETRWiTi. L.I.
4 - i. I
Imead oxide, Fateat U.S.S.R. 77,936 , Deco 31, 1949,
(CA 47 mool9t98.28 153)

lift! El,
ilk
sk
6 1 1 1

AMINs Nage; WIWI, I.K.; 8ULINOTA. X.A.; PrialmaU mchastirs: NUMIYA~
0090, ingba: Mtn, Rer.. Laborauft
Block copelywer free qppxldo and 4tuothylresoretmol, restue as a
binder for Class reinforced plastics. P1d4t.W6%y a*.5110-11 160.
(KIM 13:7)
(Glass reinforced plastics)
(Sesoralftel)

47
Ell. T (n' K
ACON."SSION Hki W-008439
SI)URGE4 Rat. ch. Khimiya, Lbs. 3S367
A. ~A Hop, " I'Onovalov, P.C., "14kUH-)R, 0. 9,
of dlzsethyl-
-t4uwqInoks wi-h formaldeh7je
CITT.-D SOME: Sb, statey Xhii~.wtekhno'i. fak. Vries, za0Chn*--ROIIteMn. in-t,
,ry?. :112, 1964, 78-87
,roPIC TAGS: resin adbesive, PF resin, polyconeenAation adhesive, adhesive pro-
perty, polycondensation, di:Peth7lrcnL-rcInoI copoiwaner, formaldehyde copolymer
TIUSSIATION; The authors stuileil, tho - ( a mi-xturp. of iaormvr~.c
v-ti -~f ph-'s reaction are either
irion of ueactants aM
:It'~IoJ wero then pl.'i~ti-
anvirornent of
L ~EA,~Iff Witt) ethylCne glw ~51 . T re -
azto,t~ flask was charged aW~ re f, )rc i-no I hen ted
1, a 45 -50C, 4 1 .4 part a of a I c ol;o I ;i r~-I p& r 6 -~f j~hyll'cne &17col. Tha Muture
113

k,f:C!!'3SJ:ON VR: AP500)34,311
~t!rri')K for ~ min., kep-
-;as than onriched with 40.5 parcH of
;.)T hour at 40-45C, hea t e(~ t p 'z:, o i w 1 r..,i to 2- -,b~n. ;And boiled for ')ne
The re a 1-n obt a t"d i er 0' n R v r v i I C 0 5 1, r f 15 - 18
b Um t d i r: r y r -- a t 5 . 7h
a
iin ~::ures eAaily whi.-n a
Is a4Avd in the
;1r,iqrmte of an alkallne c.;t,;,A i it t CQripg dops not
in a neutral OT 10, 1 wt) L, o a i t r ong I y
4C db~~ medium fpR 1-3) T! ~~ r a r o r ranA on
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