SCIENTIFIC ABSTRACT VINOGRADOVA, K.A. - VINOGRADOVA, L.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001859920019-7
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• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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Na and 0-pinew was .00
isolated. " 162-163'. By oxid ation with neutral KAInO# tw scide w... obtained.

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r Na. th, 4-4-Kw-mulas are given for paints bw adTi-
8 cultural machin"y, tractors, mirplears, milk containers.
wv.-IC4. Oixygen &WItAimrs. therm-As Imotle-s, Cu, Al and
hrd.% afalot"(441C lights. metal gauze, heavy metAl
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EXCFRPTA YEDICA See 13 Vol 13/5 Dtrmtoloey Yay 59
1174. CELANDINE IN, OF LXPUS VULGAIGS (Hussian text)
- 1'edorovskaya It. F. and Vinogradova 1. V. - NAUCH,ZAP.
CORK. INST. DERNI. I VIENVIt. I KAF. M7_Tr%r0_--VrN_El1. SOLEZ. GGAII '?,-,6.
17 (125-131)
The properties of ehelidonium (ct!landine) and Its use In medicine Are described.
An ointment containing 2576 of chelldoniu.") in a lard and lanolin base was applied
for the treatment of lupus vulgaris in 56 patients. Twenty-five of them had combin-
ed treatment. the rest were treated with cliclidunium ointment only. In the latter
group of patients a clinical cure (if early lesions was effected within 7 to 30 days.
In a longstanding process It was necessary to apply also other general therapeutic
measures. The effectiveness of the ointment is explained no )icing due to the high
content of vit. A and C in the, celandine and to its keratolytic and bactericidal
action.

lNolmi- ~,A . 4 V dui.t .,,r TIT, VIK .
......... ...........
..oraLiu~t tv~,- P-Ptt k itv! of "CqltOl -jjq~ JOB L r
29-14
vtrfy timer nRy a fOrIka No..).
( "art uapry .'

RUIRZ T, KALLI CIA , G. F.
Ye, 1.
_, , cj,r_cjr,-r of v_r~.,,in V,
pro-:h,C al'tJ
A t-e ;- I -L
d `7tO~~, fron ater culop:nsione. 0 x,-i.ory 26
no.7- 14 7
3C'--
V 2, jkhi,,rd~c-
va (jol.

ZVYAGINTSEV, D,G.; VINOGRADOVA, K.A.? AGRE, M.S.j PERTSOVSKAYA, A.F.
I x
Natural (pr'.marl) flunmacence of actinoVceteo. Mlkroblologlia
33 no.0631-638 Jl,,Ag 164. (MIRA 18;3)
1. Moskovskly go-qudaretvenq7 imivers',tet Imeni Lomonosova.

VODYAIIITSKIY, V.A.;, otv. red.; DOLGOPOLISKAYA2 M.A.j, kand. biol.
nauk,, red.; VIL'OGRADOV.-K.A., doktor biol. nauk, red.;
S-i-ol. 'naux, red.;
GREZE, V.N.v dokt - 3 IVLEVI V.S... doktor
biol. nauk, red.[deceased]; KISELIEVA, M.I., kand. biol.
nauk, red.; SHARPILO, L.D., red.
[Benthos) Dentos. Xiev, Naukova dumka, 1965. 137 p.
WIRA IS:7)
1. Akademiya nauk SSSR. 2. Chlen-korrespondent AN Ukr.SSR
(for Vodyanitskiy).

RUBAIN N.H.;
alurd.num and varbCd-U," "cudy r-at.
L
Yazakh. SST -L8:10)

KOPYLOVA, Ye.A.; PUBAN, N.N.; 111,10'rUll.-DI)VA, K.Am
. As of va-A6;um oxych"orldeo Report nolo T:-jdy 7-st.
The sTy&-olyr
met* i obogo All Kazakb, FlOt 1223J.5-150 165,
(MIRA 18S10)

r ; 1; 1 !~i- 11, -, ...
r,f amino acida by isclated 5-1
of the PLmirs. Vik.-oldrilogiia 34 lio.1:24-31 Ja-F 164
(MIRA 18:7)
1. f3lol-ogo-pcr,--vormjy fakulltet Mook(.,!;J-cgo rosudfir.-fLvel-,-.(3j7o
urilversiteta iment N.V. 14-monowa.

VINOGRADOVAI.K.A.; RUBAN, N.H.; PONONAREV, V.D.
Solubility of aluminum chloride in titanium tetrachloride In
presence of vanadium oxychloride. Izv. All Kazakh. SSR. Ser.
tekh. I khim. nauk no.2:75-82 163. (MIRA 17:2)

'V
4 N.
PASHKOV, B.M.; KARACHUTSBYA, Y.N.; ROBUSTOV, G.V.; IKHAMAGA OVA, A.V.; ABDRO-
SOVA, A.A.; 13WAKOVA, A.G.; GZgT?IA, G.B.; ZATURnSKLIA, P.O.; VYJ(UAYZVA,
M.A.; 00LIDM0Z:kG, M.N.; BOLDMWA. A.M.; TURANOT. N.M., kandidat medit-'
sinskikh nauk, airektoT-; BBOKSHTWN, T.G., kandidat seditainakikh nauk,
zaTeduyushchiy; VINOGUDOVA, K.A., zaveduyushch;Lya.
Results of the treatment of syphilis in children according to thu 1949 pro-
gram of the Ministry of Health of USSR; preliminary communication. Test.
ven.1 derm. U0.2:28-34 Wr-Ap '53. (XLVA 6:5)
1. Tseutrallnyy koshno-venerologicheskiy institut (for P"hkov. Karacheyt-
seva, Robustov, lbanag*nova, Turanov). 2. Bollnitea iseni Norolenko (for
Androsova, Belyakova, Genkina. Uturenskaya). 3. Vtoroy Mookovskiy vandin-
spanner (for "kayeva, Golidenparg, Bronshtsyn). 4. PerW vendispanser
(for Boldyreva. Viuogradova), (Syphilis) (Pon~cillin--Therapeutic use)

300)
Ag"MR21 Arrik7am, Z. t.t, tQGhV.,U' A. Cnadld.,.. of 31010914a1
Solememe
TZTLXs 11" -f Aatlblotl,, I& Plant vultimuom (Mmamnly. sat:.
biot, kqv v M.S.'Iyew,"t-
?UZDMCLL; Usak 3331% 19%, Wr I'l- VP 142-143 N 332
ABSTRACT: A v:.f.rqa.qI dealing with thij Pubjeat took plame 11% T.r.,an
fa3 to 13 O.tobr, 195el it h.a bos. .41.4 by the Zmatitlat
r.blal.01 Ak.46-dl nauk SM (ILioroblologleal Institute 4
of the A4.dey or'Scle.dpa VSSB).' the T"sayusan Ift.tltut
kok'-yayvtvshpoy mlkrablologil YAWW11 (All-Uslon
for Lgrioltuxal Microbiology of the TASXhXIL) MA
Ihe S*ktor a1krobiblogil AkadesiL nauk Army- .1,47 332
.at fur Xiaz.bl. IUU-of the
0:~--XA- L- spoke about Rier.se jo-t-belitoo Ibl"
pro&.%. the 4-1*19psomt of.hlgb*r PlAZt�4 -
W. Jose of X&v&rsa ysarw~f
-E. pid
'to. :,11,3 ,pr"l am
-Au'r6 or. mt by 7arsisian mysologiftm," 001 1 f"-8
clom to the fi&U &&a," Agrielltur4l
th lbo, allums,1,10. of "a
dealt. -1
ftt,'" ZZI sh uesas** of.votum bash".
7.%Ltf.* &.4 us" ether aCrioullural bre-48-
1* 0. rrlr.O.O~mls report dealt -3-%h thm *zaFaUsz$ -f
prot. . --lise antibletl4a ageless the
dotse.m. sat diple"a Is &&ID"
alma sy4k. 0.- the %%11I-tIG4 Of
UlmA .to rLabsLag potato riat rot end
=son. baet.ris, it GK)bmdw.
r a an The offset it proparation r
14:1.stae .11% of %be gotten 16:01.
car& 2A z--&- T-aszm. '-E-LrzLxxAju
or.c. b..% sk, &us ... oful
c '..g.tabl. "1*.".$ mad po,%ftle oil..
640,11L
...area
rAxw-. 'U."F.6 In plan,,"
.;;tlo..d zo.,alto bsalb.d
:f ptq t.~axt.rx.xyevas ~ sell -.& L-s. ust1l"t%ve is rAghtims
less- ..i%zvIU8 I& ..tt.a buebo and boom&.
bletts yr.wallefte
bass.r1.1'."ker, I. fl4htlUX 4U**-
of 6#4ers%L- plans-
lum"Usatife
ItLbha.
IAPv a#ak. about %%e p"twellow, at "G
sat and %"Lr at.
fo %rangue oarri.ro of ~m.&eeo 1% c.bU.W.. be*% mA
Sim
.%%or a. I.&*..
soblo,-4 La %be -%lusaulel
9. og 1. red wilk-maths.
lerall-.k we %
I%h the Or"1164 Of PhYtopWagem forse, of b"Jorls rooto%g~e%
nelLbl.ties.
%~-g A. v!Aggradan. !;'::,jr, described a mothod of repid
o
f I
f ant t4stles we plamu. The
P-Ztl*LPAAS. In the "cf.rm.* tma& the orw carried out
sh" tl*'A In the VSSZ LAsufflOlool- The argaal"Sloa of n,
Industrial production of aztlblotlc. ad alarobe preparall...
for the P":: ;f their 1-rge-4-le Pr"%I4&1 1&%T*t1AG%4vft I&
&art walt.- v o,s%*& est Us "$*&*"7- ThO ""601%7 of .
Latmolflealion of joint of the cro"b summou
and Us A*vsl*Pu"t *t Plants 40' oloroblal *j191m was tur%b~
Th I"Pcvt"oo of aocrdlna%lwm or work to, perposes
at imalk1b3ols.. In plant b,.*U%e
-ph..Isd a wall so the holding of p.nalle.1 oor.V,.www
dealing -Ith this problem.

8/137/61/ooo/Oi2/0.34/149
A006/A101
AUTHORSi Ruban, N.N., Ponomarev, V.D., Vinogradova, K.A.
TITIZi On the solubility of aluminum chloride in titanium tetrachloride
PERIODICAL: Referativnyy zhurnal. Metallurgiya, no. 12, 1961, 17, abstract
12L1123 (Izv. AN K&zSSR, Ser. metallurgii, obogashchenlya I ogneupo-
rov, 1961, no, 1 (10), 3,3 - 40, K&z. summary)
TEXT: The authors studiqd solubility of AlC13 in TIM at 70 90, 105,
120 and 1270C. It was established that at a rise of the tem;~rature'from -(6 to
1270C, AM 3 solubility In 100 g TiCl Increased from 0.24 to 7.24 g. The depend-
'Ltration In TiCl (in mole pailts) on the In-
inos of the logiri~~ of AlCl conoen 4
verse value of absolute tempallature, is expressed by a straight line.
0. SVOdtaeVa
[Abstracter's notes Complete translation]
Card 1/1

RUBANP N.M.; PONOMAREV, V.D.; VINOGRADOVA, K.A.
Solubility of iron and aluminum chlorides in titanium tetrachloride.
Trudy Inst, met. i obog. AN Kazakh. SSR 6122-29 163.
r (MIRA 16t10)

RUBA.Nj N.N.; PONOMAM, V.D.; VIROGRADOVAl K A.x Frinimal uchaotiyes
TAWFMO.- V.Z., irmh ner
Solubility of alualmn chloride in titaniua tetrachloride. IzT.AN
Kazakh.,SSR.Ser.mat.,, obog.i ogneup no.103-40 161. (KM 14:6)
(Alwdn= chloride) (Tit&uium chloride)
(Solubilitq)

- 7' - I - --- - ----
KWILINIKOVp N.A,I.VINOGRADOVA, K.A.
Aotinomyeetes of the chromogeneo group. Trudy Inst. microbiol.
no.8s202-225 160. (MIRA 1411)
1. Mook.ovskiy gosudaristvennyy universitete
(ACTIN014YCETALES-)

fates of Ephadr4 InfenriOdla M4 XObvUs vVd-*
V. Tarlilskina, T. K. Chumbalov,.Iuld K.'A.'
V, Volmik Akad, Nar;k Kavikh. S.S.R.
...W8V_3h9&OXij2 Russian).-The E. inlermedia und-
"
E equiselina contain, mp., 1.07 and 1.3% mon.osacchar-
id~s 0.2.a "nd 0.2t dext6n, inutin zwd glutem9a sub-
I
qiww'~.' 0.45- and 0.570/ja starch, 6. 13 and 2 V9"' pectins
nd 1.19 and 1.591"10 ectfulose wh-kh is sot. i~ ii6k' lf'so':
Both contat4i souie frec tLucose. 0, M. Kosolapoff

UM/00010a
soils
Molybdenum
cat '48
**03,Ybdenum in USSR Soils.," A. P. Vinogradov, Corr
YAU, Acad Scl USSR, Kh. G. Vinogradova, Inst of
Geocham. and Anal Cben I=eui V. I. Vernadskly, Acad
SCIL MM, 3 PP
"Dak Ak Nauk SSSR" Vol LIn, No 5
T"le shoirs percmt of molybdenum in dry soil-iu
aus parts of the USSR. Hjgbe*t.content is
often encountered in tundra of the. Kola. Peninsula.
Teart, an animal disease, is found 4bere roolybdenni
MO/Geology (Coutd) Oct 48
content rises beyond average n.3.0-4% in soils of
ftssian lovIands. Submitted 17 Jul 48.
53/49T53

V Irr,
pulffift K 1-1 A. Dnkkuv (C. H- Aisd.
The Mo content of dry clam
imm jo to jou p.p.--. and the yk-M of MY fms frOm 23 In
I
&ad that ad awd Inam 1-1 to 2-I.cwL pnbKftm wben dw mall-
r11VOt"It is incmawd Iran 2W to 4W p p-M. H. Tavscov.

VITOGRADOVA, Kh. G.
"Biogeochemistry of Molybdenum," Vestnik Akademli Nauk SSSR, Vol. V,, 50. 6, 199D,
p. 114. Report was presented at the 1950 Annual Scientific Meeting of the Institute
of Geochemistry and Analytical Chemistry ireni V. 1. Vernadskiy, Academy of Sciences,
USSR.
Sinmary available--W-16382, 22 Jan 51

ALEKSEYEV, V.N.; VINOGRAWVA,,K.G,. redaktor; LURIIII.K.S., tekhnicheekiy
redaktor; A jailt,' P;f~.~'__,__~fokhnicheokiy redektor.
[Quantitative analysis] Kolichestvennyi analiz. Koskva, GOB.
nauchno-tekhn. izd-vo Ichim. lit-ry, 1954. 474 p. WaA 7:12)
(Chemistry, Analytical--Quantitative)

VINOGRLDOVA, Kh.G.
Xo3,vbd[~=m in plants in relation to
Biogookhisolab. 10:82--93 154,
(Pls,nts, Iffect of molybdenum
their systematic position. Trudy
(HIM 8:7)
on)

ALMWM# Vladimir Nikolayevich: YINOGRADOVA, K.G.. red.; LURIYI, H.S.,
tokhn.red. '!
(Course in qualitative chemical semimicroonalysin) Kure kschestvan-
nogo khimichaskogo polumikroanaliza. Izd. 3-e. Kook-va, Goo. nauchno-
tekhn. izd-vo khim. lit-ry. 1958. 584 p. (MHU 11:5)
(Chemistry, Ana lyt ic-Qaalits tive)

YCATALYMOV; Kikhail Vasillyevich; VIROGRADOVA, K.G., red,; SPMANSKATA,
A.A., takhn.red. 1/ .1
(Trace elements and their role in increasing crop yields]
)Ukroelementy i ikh roll v povyahanii.uroxhainosti. Izd.2. I,
Koskva, Goo.nauchno-takhn.12d-vo khim.lit-ry, 1960. 74 p.
(Plante, Nffect of minerals on),~. (KIRA 13:10)

~j)A 4 1- T;1
,e _'Z/ ~LFrTR/ F
A=WfOff WRI 2
AMOP ~nog Popc.- Tti,G.;
t V,
r
~ ~ t! K~ I
TITILEi gj-~Ctrjo d i f f P rent 1 m;-j r-~ t I
''r r! ~jth
SOUI=t AN 888H. Zzwstlya, Scrip flzichesknya, v.Z8, no.6, 1964, 959-962
TOPIC TAQSs mazleonductcr, semiconductor msearch, electric properties, electric
conductivity, Hall effect, teupamture depeudemce, indium anUmonide
ABSTPAM no present itudy w" undertaken ifi view of the pducity of data on the
electric properties aff Coped indium anti=onide &nd the location of inpurity lavvls
ia suc-h InSb cr.-vtq1z, -bo prLmssry V.Arpose of th,, ioventigation waa to determine
th-o position AM effmt vi a-Qvptor lxmp-urity Ieve-s. Thqrv irer" inTe8tignte-d prina-
rily In9b Crystala do;X11 Witt Zn Mal CA (.Sliv-irwtim of Which frkm InSb by tonc re-
finirig i6 dif.~Iault) ani Cu, whieb L~ q frequent ccnt&m1.m&nt. The Impurities Ver'l!
intrcduoed imto tha mrifted m-t~," indiam ant1.'n-,riy Ingoter bjL-Agnp_lqve11nZ X=medk-
atoly aitter thv pt.-.1ficriticm vithd.5,ut opc-zilag uh45. ior~,Ivd tL--h-3 containing t-hm/61tt-r*vLL
Cad

L 21721-65
ACCUSICK Ols AP4041M .2-
Thin precluded chxnZoq ircm a-type to p-type conductivity, reported to occur as a
reault of ipome heat tr*stment-S. The mean u r---nrr, tP o4onainted in determining the tem-
perature depandencs al the ecwAuctivity and Hall emstant ih the range from 5 to
100N. Tha owagwromenti 17tirt ankdo tn hallum- In 4 metal Cryootat Vith the rm-
,"raturen 'Iz'i'~g do"'ey-'a Z)v a 3-'-A~F7 -P. th-rti~q!,~r in thp Irmor run;rn ar-I "v
are given _n rA table. Orl.g. ar-% DAs 2 lorn_uial , 2 f iEu"n and I table.
ABBOCLATIMN 171 cl ko-taidml chop kly inatitut in.A. P. roffe Akademil nauk SRSP (physloo.-
technical Inatttuts. k2ad" ol Ociwicar.
ZVCL- 00
On CM41 9SISS NO= 13CN 002 R:004

VINOGRADOVA. K.I.; GAIAVANOV, Y.Y.; HASLIDOV, D.H.; SOLOVIYIVA, L.I.
Production of extremely pure In8b single crystals by means of zone
malting, Fiz. tvar. tola I n*.3:403-406 Mr '59.
(MM 12:5)
lj?izik*-tekhnicheskiy justitut Al USSR, Leningrad.
(Indium antimonide crystals)

VINOGRkDOVA, R.I.; NASUDOV, D.N..l. FOPOV, Yu.,%; SMETANNA'K(NA, Yu.S.
Elactri-. pruperties of Ind,ina antime-mide doped with various
impurities. Izv. AN SS31R. Ser. fiz. 28 no.6:959-962 -Te 164.
(MIRA 17:7)
1. Flzlko--takhnichrskl,y instLLut imeni loffe AN SSSR.

-N
S/181/62/004/006/047/051
B108/B138
AUTH03: Vinogradova, K. I., Galavanov, V. V.t and Nasledov, D. 11.
TITLE: Dependence of carrier mobility on the impurity concentration in
Injb crystals
PERIODICAL: Fizika tverdogo tela, v. 4, no. 6, 1962, 1673 - 1674
TEX"N The authors studied this problem as little information has been
available. 'Measurements were made at 77 and 3000K. The'hole mobilities*
at both te.,-,,peratures are virtually the same; they'decrease with increasinG
impurity concentration. Electron mobility decreases'ulightly with in-
creasinE impurity concentration at 77'K. At 3000K it remiins constant up
to 10 16 cm-31 but a~ hiphor concentrations it decreases and approaches th6
same. value as at 77 K. At low temporaturos mobility ia chiefly determined
by the scattering of electrons from holes and phonons. There aro 2-fi.j;urea.
ASSOICIATIONt Fiziko-tekbnicheskiy institut im. A. F. Ioffe AN SSSR Lenin-
Frad (Physicotechnical Institute imeni A. F. loffe AS USSR,
Card 1/2 Leningrad)

~. - I ~ -1-
0
Dependence of carrier ...
SUB;,:ITTED: February 19, 1962
5/181/62/004/006/047/051
B108/B138
Card 2/2

I RADOVA,...K.I.; GAIAVAZIOV, V.V.; WLMOV, D.H.
Obtaining ultrapure InSb crystals by the zone melting method
Piz. met, i meta1loved. 16 ho.3:385-393 S 163. (KML 16:11;
1. Fiziko-tekluLicheskiy institut imeni A.F. Ioffe.

Gaivanomagnetic properties of Indium antimonide doped with elements
from the first and second groups, in the temperature interval 4.2 to
3000K. K. I. Vinoqradova. D. N. Nasledov, Yu. G. Popov, Yu. S.
Sme tann I Ma
Electrical properties of doped crystals of indium antimonide In a
wide range of temperatures and Impurity concentration. V. V. Galavanov,
D. N. Nasledov, A. S. Filipchenko.
(Presented by V. V. Galavanov--15 minutes).
Report presented at the 3rd National Conference on Semiconductor OomDounds,
Kishinev, 16-21 Sept 1963

VINOGRADOVA, K.I.; GALAVANOV, V.V.; NASLEDOV, D.N.
Dependence of current carrier mobility on impurity concentration
in InSb crystals. Fiz. tver. tela 4 no.6sl673-1674 Je 062.
(MIRA 160)
1. Fiziko-tekhnicheakly institut imeni A.F.Ioffe AN SSSR, Leningrad.
(Indium antimonide crystala--glactric properties)

VINOGRADOVA, K.I.; GAIAVANOV, V-V-; USIADOT, D*No
Preparation of indium antimonide of high purity by the method of-
zone melting. Zhur. takh. fix. 27 zLo,9tl976-1984 5 157. (KIRL 10:11)
1. laningradakiy fiziko-takhnicheakiy institut AN SM.
(Indium antimouide)

V
AUTHORS Vinogradoyaj.I., GalavanovV.V., ffasledo-~,D.N., 57-9-9/40
TITLE --Tli-e Preparation of Indium Antimcnide of.Righ Parity by the
Method of Zone Melting.
(Polucheniye earimyanistogo indiya vyaokoy stepeni chistoty
metodom zonnoy plavki - Russian)
PERIODICAL Zhurnal Tekhn. Fiz.,1957,Vol 2T,Nr 9jpp 1976-1984,(U.s.S.R.)
ABSTRACT The results obtained by the purification of indium, antimonide
according to the method of-zone melting are discussed. Purifi-
cation was carried out in soldered quartz.tubes which- were
filled with argon. The liquid zone was produced by means of an
electric furnace into which a copper cylinder was place4or the
purpose of maintaining a uniform temperature.in the zone and a
great temperature drop at the ends of the zones. The.length of
the liquid zone was 5 - 50 ma. The displacement velocity of the
liquid zone was o,1-1 mm. The ingot diameter was 4-7mm, its
length amounted to 150-350 mm. The dListribution of the admixtures
according to the length of the ingot was checked by measuring
Hall's constant at the temperature of liquid nitrogen. It was
found that In the case of the samples under investigation the
purest domain was that which was located in the center of the
ingot. Samples with an admixture concentration of up to 2,5-10-31
a mobility of electrons in them of up to 400 coo at 770K and
about loo 000 om2/V. see at 3oooK were obtained. The output
Card 1/2 samples had the conductivity of the p-type. After zone melting

VINOGRADOVA, K.L.
New species of algae of the Murman Coast. Bot. mat. Otd. spor.
rast. 14:91-93 ja'61. (MIRA 17:2)

VINOGRADOVA,--K.L.
Resources of littoral algae of the Murmansk Coast. Trudy W-MI
no.5:37-40 164. (MIRA 17:4)
1. Laboratorlye gidrobiologii (zav. M.M.Kamshilov) Murmanskogo
morskogo biologich,3skogo instituta.
i

VINOGRADOVAP K,L.
Review of works on marine green algae for 1962-1963. Bot.zhur. 49 no.n,
1668-1673 N 164- (MIRA 18t.1)
1. Botanicheskiy institut imeni V.L.Kcmarova AN SSSR, Leningrad.

VINOGRADOVA, K.L. .
Distribution of Fucus spiralis L. in the Murman littoral. Bot.
mat. Otd. spor. rast. 16:67-68 163. (MHU 16slO)

- KP i=t
V 1,1
"Jubilee Exhibition of Archives in the
Governmental Museum of Literature on the
Uke and Accomplishments of Ghekhov"
Vest. Ak. Nauk SSSR, No. 9, 19440
BR-52059019

VDIOGRADOVA, Kh.G.; OPARIN. A.I., akademik.
Kolybdew- content In plants In relation to their taxonomic position. Dok1.
AN SMM 93 no.1:163-166 N '53. (MT-RA 6:10)
1. Akademiya nauk SM (for Oparin). 2. Inatitut gookhimii I analiticheskoy
khimii im. V.X.Vernadekogo Akademii nauk SSSR (for Vinogradova).
(Plants--Ghemical analysis) (Botany-Glaeeification)
(Molybdenum organic compounds)

VINOGRADOVA, L.
Uganda; economy and foreign trade. Vnexh. torg. 43 no.7:30-35
163. (MIRA 16;8)
(Uganda--Economic conditions) (Uganda-Commerce)

SALOVA, A.S.; VINOGRADOVA, L.A.
Quantitative determination of impurities in dipizenylol,
propane by paper chromatography. Zhur. anal. khin. IS
no.9:1128-1130 S 163. (MIRA 16:11)
1. State Scientific-Research Institute of Iecquar and Paint
Industry, Moscow.

VIN Amila Alakneya3mIL; CILKWOV, Ye., red.; KRECHETOY, A.,
takhn.red.
[A year bas passed] Proahel odin god. Moskva, Kosk.rabochii,
1960. 63 p. (KIFLA 13:32 )
1. Rukovoditell brigady kommuni6tichaskogo, truds 1-go Moskovskogo
chasovogo savoda imni Kirove (for Vinogradove).
(Koacow--Clockmaking and watchmaking)
(Socialist competition)

AUMOR3: Frenkel', R. 3h., Kuz'min3hly, A. 3., Felldohtpyn,
S. V~ Vinogradova, L. F.
T EXT The effect of In-redlents In rubber nixe3 on the structuralizirZ
or butadiene-nitrile rubber
PIMIOD161,t Kauchuk I rezina, no. 3, 1%", 10 - 12
T=,t An Investigation wan condurt(4 to detennine the effect or 1n4'-1-Cdients
other than altax, for example (in th,~ abn,-ncn or Glilrar), in the proc~-.-~r -,f ',Ii'!.-rnl
ctructuralizing in rynthetic rubb,~rn. Ditnalirne-nitrile nibbn- (-KH-'-'- (nnr-:~J)
(commercial) was used in the experlmrnta In an air rr.,.,dium. Tho
mothod was used to determine thr.- Initial teriverature of the mixture
ing. Accelerators and activators of vulcanization hjive a aICnificant, Pffect on
the rate of thermal structuraltzing. 17he ncaelerators i=*eAne tho rzite of strua-
turalizlng and lower the initial temperature. At th,? addition of zine Oxide Into
the system' rubber-altax decren-ses the Initial tomperature and increannn th~ rate
of structurali zing. Thus, it In thought that the zinc oxide serves ni a catalyst
In the proces3 of thermal decomposition. Data on the reaction kinetics with
Card 1/2

The effect of ...
ic4lno prove thin rxipponition. The foll,~wtr4; conelwsion,-~ '~rl! dr% int V,)rt.-iin
fillnrn (Fnnenii-i arvI thcrniil carbon blne),.) rrA rln,lelerttorn
thn tendoncy to ntructuralizing of th,! m!xtures base,! on Nta~jjenn-ntfrlle~ r.;b-
ber. Thoie filled ulth gl7eour cni-I)on h1nok, ront,11nIng nltnx or raptax, Irt.
particularly prone to atrirturalizing. 'Zlr.~. oxid,! JnPreavini th~ itructur:ilizing
action of captax In mixturP3 with ga3erjun carbon blnck. In the Panu of P.1tay,
the zinc oxide spe~.An up the ntrunturalizint, procera both In filleA and non-fIlled
mixtures. 71io zinc oxide Increqics the rntLo or tIv) thnrmal d~'.composltion or
altax to freo radicaln. rhere are 3 fiGuren, 2 tables nnd 5 Soviet-bloc rcr-
erenees.
MLSOUATIOMt Volzi-inkly filial In.Itituta razInovoy
promyshlennost-I I 11auchno-IssledovatelInkiy Institut rozinovoy
pro-rj3hlenno3tt (Volga Branch of the Scientific Rosearch Inatituto
of tho Rubber Induntry arxI the Scientific Research Institute of the
Rubber Induatry)
Card 21/2

FRENKELI, R.Sh.; HZIMSKIY, A.S.; FELIDSHTEYN, L.S.1 KHANIN, S.Ye.;
VINCGRADOVA)____kl F.
Effect of the ingredients of rubber mixtures on the structure for-
mation of butadiene-nitrile rubber. Kauch.i rez. 21 no.3slO-12
Mr 162. (MIRA 15:4)
1. Volzhskiy filial Nauchno-losledovatellskogo instituta rezinovoy
promyshlennosti i Nauchno-inaledovateiIakiy Institut rezinovoy
pronyahlennosti.
(Rubber, Synthetic--Testing)

ACCESSION NR: AP3004260 S/01318/63/000/007/0046/0048~
AUTHORS: Frenkel', R. Sh.; Filippova, T. I., Vinogradova L. F.
TITIZe The effect on physical and mechanical indices of vulcanizates, brought
on by thermal treatment of rubber mixtures with kaolin c'
SOURCE: Kauchuk i rezina, no~ 7, 1963, 46-48
TOPIC TAGS- butadiene-styrene rubber, thermal treatment, kaolin, vuleanizate
ABSIRACT: Thermal treatment of butadiene-styrene rubbers with various amounts
of kaolin, using sulfur and p-quinonedioxime as activators, was conducted at
143C for periods up to 40 minutes. This was followed by milling on cold mixing
rolls and a second vulcanization in a press. Such a procedure causes a compound
containing 60% kaolin to yield a vulcanizate of 40-50% higher strength, which is
reached during the first two minutes of thermal treatment. At the Armavir plant
for rubber soles additional experiments were conducted with three types of syn-
thetic rubbers to which were added from 170 to 200 parts of kaolin. After com-
pounding on mixing rolls, the products were warmed for 15 minutes at 150C,
followed by 2-3 minutes of roll-milling and subsequent vulcanization. It was
Card J/2 ...

ACCESSION NR: AP3004260'
found that the resistance of the vulcanizates to abrasion increased by 20-25%''
while the tolerance to 75%-stretchings at 250 cycles per minute increased three-
fold and elevenfold, with the plasticity remaining unchanged. In another pro-
cedure the initial operation is conducted in a mixer heated to 100-110C. Orig.
art. has: 1 chart and 2 tables.
ASSOCIATION: Volzhakiy filial nauchno-issledovatel'skogo*inatitut'a rezinovoy
promy*shlennosti (Vol&a Division of the Scientific Research Institute of Rubber
Industry)
D.- 00 DATE ACQ: 2lAug63 ENCL: 00
NO REF SOV: 002
bun CODE: MA OTHER: 002
Card 2/2

KHARLAMOV, I.P., kand.tekhn.nauk; MOROZ, I.I., kand.takhn.nauk;
VINOGRADOVA, L.G. -
,Z.--
B~wc trends in the development of electrochemical metal
cutting in capitalist countries. Riul.takh.-skon.inform.Gos.
nauoh.-iasl.inat.nauch.i takh.inform. noo5t92-97 162.
(MIRA 15t7)
(Electric metal cutting)

VINDGRMVA, L.I.; PTITSYN, B.V.
Determination of instability constants of potassium triox&lato-
ferrate from the interaction of an iron salt with silver oxalate.
Zhur.noorg.khim. 1 no-3:432-43? Mr 156. (MLRA 9:10)
(Potassium oxalatoferrate (IM)

re
7
USSR/Inorganic Chemistry - Complex Compounds C.
Abs Jour : Referat Zhur - Khimiya, No 2, 1957, 41oo
Author : Uwailiq Ptitsyn, B.V.
Title : T-et-ern-ii~ii~iYo-ri-ciFliistability Constants of Trioxalato-
ferriate of Potassium by the Method of Displaced
Equilibrium
Orig Pub : Zh. neorgan. khimii, 1956, 1, No 3, 427-431
Abstract : Determination of instability constants (K) of trioxala-
toferriate of potassium (I) is based on utilization of
the previously described method (RZhKhim, 1955, 45708)
of study of the equilibrium of the complex under inves-
tigation with ions that displace the equilibrium of se-
condary dissociation of complex particle due to form-
tion of little soluble or little dissociated compounds.
To study the stability of I Ag+and H"are utilized as
such ions. Determined were the values of the thermody-
ngmic constants: K 1= 12.3 - lo-5; K(total) = 2.1
Card 1/2 - 17 -

USSR/Inorganic Chemistry - Complex Compounds C.
Abs Jour Referat Zhur - Khimiya, No 2, 1957, 4loo
10-20 and K2.K = 9.1 . 10-16. Solubility products of
A92C2 01, at didurent ionic forces of the solution, -
needed for the calculations of K, were determined
on the basis of the results of measurenents of the solubi-
lity of A92C20 4 in solutions of KNO 3' From the results
of a study of the interaction of I and HC1,,it was found
that Kj:= 8-5 . 1o-5. K2 and K3 were calculated as being,
respectively, 3.1 . lo-5 and 1.8 . lo-5. All the values
of K are reduced to 251 0.10. In the opinion of the
authors the described method can be applied to the deter-
mination of K of co lex: oxalates in which K, is not
less than 6.4 . 10-3p.
Card 2/2 - 18 -

USSR/Inorganic Chemistry Complex Compounds C.
Ab6 Jour : Referat Zhur - 1(himiya, No 2, 1957, 41o1
Author : -Vinouadou, ",) Ptitsyn) B.V.
Title UUT"ermInation of Listability Constants of Trioxalato-
ferriate of Potassi= by Interaction of Iron Salt with
Silver Oxalate
Orig Pub Zh. neorgan. khimii, 1956, 1, 110 3, 432-43-,7
Abstract From comparison of stability constants (K) of ferri-
oxalate complexes determined on the basis of a study of
equilibrium of the system Fe(NO 3)3 (1) - Ag2C 204 (11).
with the values of K determined by the method of displa-
cod equilibrium (s6c preceding abstract), it follows
that as a result of interaction between I and Il there
is formed predominantly the complex 0cTC204)3/3-'
Average value of its total K at 25:t 0.10 is 2-3 - 10-20
Card 1/3 - 19 -
U&9p,/j:norganic Chemistry - Comj lcx Compounds C.
Abs Jour Referat Zhur - Khimiyaj No 2., 1957) 4101
and is in good accord with the value obtained by the
method of displaced equilibrium. Approximate value of
the product K, Kj K2) determined from the results of
determinations of solubility of II in solutions of
Fe 2(C 204) 3" 'a 9-1 ' 10~-11j' From this value and also
from the known values of K, and K(total) were computed K2
and KV equal, respectively; to 1.7 . 10-8 and 5-3 . 10-8.
Calculation of the quantity KI.KI.V-p was carried out on
the basis of the following dissociation scheme:
(C ---I fFec,,Oh +-4- Z-Fe(C 0 7-; this scheme
F
e2 204)3 +- - -~-7 2 02
was adopted on the basis of the results of determinations
of electric conductivity and the cryoscopic determination
of molecular weiaht of Fe2(C 204)3in aqueous solution.
Card 2/3 - 20 -

VINOKUROVA-~---L. t.; KONDORSKIY, Yo.l.
Effect of hydrostatic pressure on the degree of ragnet'lzation
of rare earth rletalB. Izv. AN SSSR. Ser. fiz. 28 no. 3:537-539
Mr 164. (MIRA 17:5)

POPOV, B.M.; VINIOGiLADOVAt L.I.; K,llTRATlYEV, A.0"
Injector for a r,-yclotron. Uskoritell no.6:3.12-1315 1 64.
I
''-"P 41
~, a A 18: ~ "

NASTYUKHAVA.I.; POPOV, B.M.; VINOGRADOVA. L.1.
Ion injector for a cylotron and phasotron. Fiz. elek. no.l:
90-94 162. (MIRA 17s1)

50),21(l)
AUTHORS: Tekster, Ye. N., Vinogradova, L. I., SOV/78-4-4-10/44
Ptitsyn, B. V.
TITLE- The Determination of the Stability Constants of the Complex
Oxalates of Magnesium and Uranyl Using an Oxalate-silver
Electrode (0predeleniye konstant nestoykoeti kompleksnykh
oksalatov magniya i uranila 9 pomoshchtyu oksalatno-serebrya-
nogo elektroda)
PERIODICAL: Zhurnal neorganicheskoy khimii, 1959, Vol 4, Nr 4, PP 764-768
(USSR)
ABSTRACT: The stability constants of the complexes K 2[Mg(C204)21 and
"61-(U02)2(C204) 51 were determined using an oxalate-silver
electrode. Solutions of various concentrations of both com-
plexes were saturated with silver oxalate at 250, and the
potential of the oxalate-silver electrode was measured in
these solutions in order to determine the equilibrium
activity of the C 2042- ion. The results of these measurements
are given in a table. The integral stability constant for
Card 1/4 the magnesium complex K2[mg(C204)21 was calculated:

The Determination of the Stability Constants of the SOT/78-4-4-10/44
Complex Oxalates of Magnesium and Uranyl Using an Oxalate-silver Electrode
K2[Mg(C204)2
I (ion strength) K integral

0.89.10- 1 _ 5
5.7-10
0.49-10- 1 2.9.10-5
0.31-10- 1 2.9.10-5
The measured results required for the calculations are summa-
rized in a table. The dissocia tion of the complex ion
100 2)2(C204) 5]6- occurs accor ding to the following sc heme;
6- , 2-
L(U02)2(C204)51 C204 - 2-
+ 2LUO2 (C20 4)21
(1)
2IU 02(C2 04 )232- C,02- +
4 C(U02)1 (C 0 )312-
2 4 (2)
UO C 0 2- +
2)2(C204 2 4 2UO C 0
2 2 4 (3)
2U0 C 0 2UO 2+ + 2C 02-
2 2 4 2 2 4 (5)

Card 2/4 together: ~6- 19- 02- + 2UO2+
0
UO
P 5C2
(C
)
)
2 (6)
2
2
2
4
5 4

The Determination of the Stability Constants of the SOV/76-4-4---10/44
Complex Oxalates of Magnesium and Uranyl Using an Oxalate-sl-17er Electrode
It in assumed that the complex ion 1~ UO 2)2(C204)4 14-- exiata
in the solution. The stability constants K K and K for
1 2 2
K (UO were -alculated as follows:
6 2)2(C204 5-* K UO 0 ) I
6 2)2(C2 4 5J
I (ion 1 strength) K1.K2 5 K2
0.69.10- 3 ~ 8,- 10', 1.
0. 2 2. 1 0*'*'l 4-6, 10-2
0.08.10,-,1 - 3.0
The data required for the calculations are given in a "able.
A further table gives the renults of the calculation cf K 2"
There are 4 luables and 7 refererces, 3 of which are Soviet.
Card 3/4

The Determination of The Stability Constante -17 the SOV178-4 4-.'0!"44
Complex Oxalates of Yajnesium and Uranyl Using an Oxalare-silver Flectrcde
ASSOCIATION-. Kafedra obshchey i analiticheskoy khimii Lcnin,~:radsrorlro
tekhnologicbeskogo instituta pishchevoy promynhlennog"i
(Cbair of General and Ana-'.ytical Chemiritry of the Lerirj~Trad
Technological Institute of thq Pcodstuffs Industr.y) and.
Kafedre tekhn~,logii iskuss,~-,rennykh radioaktivnykh vesh-ches-,
Leningrrlnkogo tekhnologicheskogo instituta im. L2rsoveta
(Chaii -f ~he Techn,-lcg-y of Artificial Radioactive Llaterialz;
of the i,-ninE7rad Technclo-ifal Institute Lmer-i Lensovet)
SUBMITTED: Deoc-mber 30, 1,057
Card 4/4

11 T7
rT
2ARM L.I.; MORACHIVSKATA, M.D.
PTITSYN, B.V.; TIKSTZR, U.N.;, VII909
.jL-
Using the oxalate-silver electrode for determining the instability
constants of complex oxalat6g. Zhur.noorg.khim. 2 no.9:2025-2030
8 157. (MIRA 10:12)
l.Loningradskiy tekhnologicheskiy institut pishchevoy promyshlennosti,
lafedra obahchey I analitichaskoy khimii.
(Blectrodes) (Oxalates)

TMTER, Ya.N.; VIROGRADOTA, L.I.; PTITM, B.V.
Determining instability constanto of magnesium and uranyl
oxalata complexes by means of an oxalate-silver electrode.
Zhur. neorg. khim. 4 no.4:764-768 Ap 159. (MIRA 12:5)
1.1afedra obahchey i analiticheskoy khimll Loningradakege
takhnologichaskoge instituts pishchevoy promysolennosti i
Kafedra tokhnologii iskusetvennykh radisaktivnykh vashcheatT
Imeningrgdekago takhnologichookogo institute, im. Ionsoveta.
(magnesium compounds) (Uranyl compounds)

VIBOGRADOVA, L.I.; PTIMM, B.V.
Determination of instability constants for potassium
triozalatoferrate by means of Esplaced equilibrium. Zhur.neorg.
khim. 1 no.3:427-431 Mr '56. (MIRA 9:10)
(Potassium oxalatoferrate (III))

-PTITSTN,.13.V.; VINOGRADOVA,L.I.
, ~~
Determination of Instability constants of individual complexes b7
the method of equilibrium shift. Zhur.ob.khtm. 25 no.2:217-223 F
155. (NLRA 8:6)
(Compounds, Complex)

of
0- r- Oun-I -1 4m
DI-~,omncr of fhL- ImilvIrlirtl Min I'llrbnr
Mvc,)tlon Lnnln~rm' Creor of Lil-or FOJ T-!!nnrr
m jr~
lechnolodcnl Innt. lrieni lrnlnrr!!d "o-Apt. LeM nvr!nrl, 5~
(Dissertation for the Derree of Candidnte in Ghe--~icml
Science)
So: Knizhnaya Letori~,,I, No. 18, 1056.

110111--

21
:
1
beterminatic-it of onstantS of indt ual
Complexes by the mothod o( shifflog th if
librium. IL
-

U S S R 4 A 4~4 A1101. !3,
214 201-ti(MIS)
(rij. tratiqati,m).-Coyotn. (4 %w.tv%~ivv "rr" ill dis.
Wen. 4 acido-compims were detd. through the di'vl.Ace.
Ment of the cquil. by reactiml with vArious equiv%. C-1 ilmi
(Ff ~ajid Ag ') that form invA, ur undis~wd emnv4~- Thus
if C moles of IMAd) -'-- are mixed with xj.-iois ill ACI I*;
rtact thus: [IMAij- + rAg" + xIL0 ;~-' (AlAli-
(11,O)JI-I +xAgAj (,AhereMitficanionamix - ItuU)'

-then K. - (%C JAg+))P"A,A/jAg'j"I, wl;lrc KAIA 1.5
j

11
-,ft Oy. pr x I t alcotm N,
5to heppt. M. f, Andcrsra,
1
,
.

71k

PTITSYN, B.V.; KIYQP~ ~L.I.; VASILIYEVA, L.L.; Prinimala uchastiyet
IIJKINYKHP N. L.
Use of a silver citrate electrode for the determination of
instability constants of complex citrates. Zhur.noorg.khim.
7 no.5:1009-1011 Yq 162. (MA 15M
(Citrates) (Silver compounds) (Electromotive force)

VINOGRAIJOVA.. L,.1.
Plugs of porolon. Lab. delo no.3:187--188 165.
(MIRA 180)
-.1. Kafedra biokhimil I mikrobiologil (rukovoditell - dotsent A.A.
,i4argo) Petroza,,rodskogo gosudarstvennogo universiteta.

PTITSYNJI B.V. Ideco-ased]; VIt"OGRADOVA L.I.j MkKSII-ff[JK, Yc!.A.
Use of silver oxalate electrvin for determ.ning tYe ln3t-ql;4j,Jty
constants of an iron oxalate cormlex. Zhur.neOTg.khJM. 10 no.gs
1929-1930 Ag 165. (KfA l9a)
1. 1-y Laningradskiy meditsinskiy institut impni I.P.Pavlova,
kafMra nc-organicheskoy khJmii, I InsLitut neorganiche:;koy kl,-imj.l
Sibirskago otdeleniya AN SSSR.

PTITSYN, B.V. [deceased); VINOGRADOVA, L.I.; MAKSINYUKj, Ye.A.
Oxidation of CO~ and F93* complex oxalates by potassium
-permanganates, Zhur.neorg.khime 10 no.11:2493-2495 N 165~
(KMA 18:12)
1, Submitted April 1l,, 1964.

PTITSSYN, B.V. [deceased]; VINGGRADOVA, L.I.,, MAKSIffYUK, Ye.A.
Potentiometric titration of complex ions with a=-ucnium vanadate.
Zhur.noorg.khim. 10 no.11*.2496-2498 N 165. (MIRA 1802)
1. Kafedra noorganicheakoy khimii I Laningradskogo moditsinskogo
instituta imeni I.P.Pavlova 1. Institut neorganicheskoy khimii
Sibirskogo otdeleniya AN SSSR. Submitted April 11, 1964,

MMASHINA., N.G.; Prinimall uchastiye: TURSINA, T.V.; VINOGRADOVA, L.K.
Salinization and the necessity for the improvement of the soils
irrigated in the past in the zone of the Karakwm Canal. Pochvo-
vedenb no.2:9-21 F 164. (MIRA 17:3)
1~
1, Pochvennyy institut imeni V.V.Dokucliayeva AN SSSR.

L
66-66 EWT(1)/E'dT(m) AT/JG/JD
237
iACC NR:- AP6006799 SOURCE CODE: UR/0386/66/003/001/0035/0040
IAUTHORS: Dmitriyev, I. S.1 Vinogradova,._,L. I.: Nikolayev, V. S.;
1,Popov, B. R-. -----I----------I--------
ORG: Sclentific Research-Institute of Nuclear Physics, Moscow State
l,polygrld&y-(Nauchno-issledovatellskiy Institut yadernoy fiziki
Mookovskogo gosudarstvennogo univeralteta); M080ow Engineerin
~Pbysics Institute (Moskovskiy inzhenerno-fizi-cb-5-57ry Institut
TITLE: Autoionization of fast_lLtbium-like nitrogen and ox en Jor
after passage through a solid
IMURCE: Zburnal eksperimentalinoy i teoreticbeskoy fiziki. Pisima
iv redaktsiyu. Prilozbeniye, v. 3, no. 1, 1966, 35-40
'TOPIC TAGS: nitrogen, oxygen, ionization cross section, electron J
loss, charge exchange.
JABSTRACT: The authors describe the results of experiments set up to f
lobserve the increased probability of electron loss by fast ions pass-,
ing through a medium. Beams of nitrogen and oxygen ions accelerat6d
1/4-

-J,-?37~~46-
ACC 14R:. AP6006799
To' amp)IOVI;
-P P
!Gas
Fig. 1. Diagram of experimental setup: IL -Cyclo-
tronp 2 focusing magnets 3 targets, 4 man
monochromatorp 5 - charge,~ a chamberlp 6 - an-!
alyzer, 7 - detectors.
Card 2/4

L 23766-66
ACC NR: Ap6oo6799
iin a 72-cm cyclotron were focused at a distance of 8 meters from the
cyclotron (Fig. 1). The targets were celluloid films placed at dif-
ferent locations on the path of the beam near the focus Ions with
!different charges were produced after passage of.the beam through thel
target. I:)ns of given charge were guided by means of a magnetic massi,
monochromator into a charge exchange chamber where they were converted!,
into ions of different charge by collision with the gas atoms. A
tmagnetic analyzer, described by the authors elsewhere (ZhETF v. 40,
989, 1961), was used to determine the charge composition of the ions
ileaving the charge exchange chamber. The experiment consisted of
idetermining the relative number of nitrogen ions (with charges 2
1-5) and oxygen ions (charges 3 -- 5) whose charge increased by unity
iin the charge exchange chamber, for different distances between the
target and the center of the mass-monochromator. Foz, most tons the
relative change In the charge was independent of the distance, excepts
in the case of N+4 and 0+5, where the relative number of the e5 and
e6
ions Increased appreciably with decreasing distance. It Is shown,,
that this increase cannot be attributed to an increase in the electmn
loss cross sections but must be ascribed to autolonization of
L.,Card

L 23766-66
LCC NR: AP6006799
~+4 and 0715,
. Various experimental reasons for this interpretation
Lre given. The authors thank S. Ye. Kupri~anoy and 0. A. Askarlyan
!or a discussion of the results. Orig. art. has: 2 figures and 1
Vormula.
;UB CODE: 20/ suBm DATE: 16Nov65/ ORIG REFs 002/ OTH REPI 004
Card 4/4

L "116124-,66-
'Acc-NR;-'--AP6oi88o_j SOURCE CODE: UR/0056/66/05OA252A259
AUTHOR: trivev. I. S,,- Nikolayey, Y, S,;
-?Opov, B'-M.; Vinol".rgdova, L, 1.
ORO: Institute of Nuclear Physics, 14oscow Stgte UnjyVXjW_(Inutitut
T-
yadernoy iziki Moskovskogo gosudarstvennogo universibeta)
TITLE: Experimental investigation of the effective crona sections
for destruction and formation of fast negative ions in atomic collisi
'Z / Z~
SOURCE: Zh eksper i teor fiz, v. 50, no. 5o 19660 1252-1259
TOPIC TAGS: capture cross section, negative ion, cyclotron, electron
loss, atomic eaft=wtm
ABSTRACT: The effective cross sections of loss of one, two, or three
electrons in helium, nitrogen, or argon have been measured for negativ
carbon., nitrogen.. and oxygen ions produced as a result of a charge
exchange of p9sitive ions accelerated in a 72-cm cyclotron to a veloci
of Y-2,6 x lou cm/sec. The crOba section of simultaneous loss of two
Card 1/2

L 36124-66
ACC NRi AP6oi88O3
A/
electrons by negative Ions is %--0-50-70% of the cross section of loss
of a single electron. Comparison of the results obtained with the
known cross sections of electron loss by other negative or positive
ions shows that the specificity of negative Ions, expressed in the
weak coupling of the outer electron with the ion frame, does not
appreciably affect the interaction betwe n the negative Ions and the
given substance at a velocity -1=2.6 x log cm/sec. Data on the forma-
tion cross sections of negative ions as a result of capture of two
electrons by positive ions or capture of an electron by neutral atoms
have been obtained for carbon and oxygen. Equilibrium values have
been obtained for the fraction of negative carbon or oxygen ions ~A a
beam passing thro 'h a sufficiently thick layer of a substance ( q)-1)
Maximal values of 1 are obtained in media in which the formation
cross sections oftegative ions at a given velocity, attain their
maxima. The authors thank the cyclotron team headed by Yu. P. Divno-
g.ortsev and A* S,-Kon�rat1je , as well as Yu, Drughinin and y,_Kajj&
T'dr-technical support of the cyclotron and experimental equipment,
Orig. art, hast 7 figures and I table. (Based on authors' abstract]
[NT]
SUB CODEt 20/ SUBM DATE: 29Dec65/ OHIO REP: 013/ OM REFt 004
2/2

ACCESSION NR: AP4045018 6/0191/64/000/009/0018/0020
AUTHOR: Vinogradova, L. M., Korolev, A. Ya., Davy*dov, P. V., Kuchenkova, R. V.
TITLE: Selection and application of organoollicon liquids for decreasing the adhesion of
plastics to solid surfaces
SOURCE: Plasticheiskiye massy*, no. 9, 1964, 18-20
TOPIC TAGS: organosilicon, molding, antiadhesion film, polyethylhydrosMxane,
polymethylhydrosilaxane, plastic adhesion, polydimethylsiloxane
ABSTRACT: The effect of the nature and composition of organosillcon solutions and of
the molding conditions of thin films on their effectiveness in decreasing adhesion of poly-
mers to hard surfaces was studied. Liquid polymethyl- and polyethyl-hydrosilaxane and
polydimethylsiloxane with a varying content of hydroxyl groups were Investigated. The
effect on the adhesive properties of treatment of a silicate glass surface with polymethyl-
hydrosiloxane solutions and the effect of the treatment of a steel surface with a 5% poly-
methylhydrosiloxane solutlon in benzine were investigated and discussed on the basis of
tabulated data. The experimental data for both tests agreed substantially. It was found
that adhesion to polar compounds can be completely eliminated by surface treatment with
polyethylhydroafloxane solutions in benzine or with aqueous emulsions of this liquid.
Card' 1/3

ACCESSION NR: AP 4045018
During hardening of films from polydimethylsiloxane solutions, which contain 2.7%
hydroxyl groups in the macromolecule, on the surface of steel, either at ZOOC for two
hours or even in the presence of a catalyst (tin diethyldicaprylate) at room temperature
M2 (control sample) to
for 48 hours, the resistance to peeling decreased from 412 kgs/c
6-20 kgB/CM2 (modified sample). PolydimethylBiloxane without hydroxyl groups affects
adhesion to the steel only slightly, even at a hardening temperature of 200C. Thin layers
of the investigated organosilicon solutions with active functional groups are retained
strongly on steel or glass surfaces. They are not removed even by prolonged extraction
of the sample with boiling (80C) benzine, and retain their anti-adhesion properties at the
level'found before extraction. These anti-adhesive agents increase the molding per-
formance and can also be used advantageously for molding heat-stable rubbers. The
organosiUcon compounds, by forming very thin films on the walls of the molds, facilitate
the removal of the plastic moldings from the mold, ensure a smooth surface and protect
the metal molds against corrosion. In addition to thermal stability, their chemical in-
ertness toward the material of the molds Is another advantage. "The tests on PMS-31
(polymethylhydrosiloxane) were carried out with the cooperation of A. A. Molseyev, V, V,
Pavlov, V. P. f Terebenin and V,Ps Frolov". Orig. art. has: 3 tables@
ASSOCIATION: None
Card 2/3

. ACCESSION NR: AP4045018
I
SUBMITTED: 00 ENCL: 00 SUB CODE: MT
No REV SOVt 009 OTHER: 000
Cord

VINOGRADOVA, L.M., assistant
Diagnosis and clinical aspects of lead intoxication. Zdrav.Belor. 5
no.12:37-38 D '59- (KIRA 13:4)
1. Iz Imfedry gospitallaoy terapii Niumkogo meditsinskogo itstituta.
(zaveduyushchiy kafedroy - prof. G.Kh. Dovgyallo).
(MAD POISONIWG)

VTI170GRAD0VA, L. P.
"Comparative Investigation of t,;e Kinetic3 of 'hydrolysis and of the ~~rc-,.ertzes of
Galactan and Cellulose." Vin fii-,,her Education U56R, 11!oscow Textile TnIt, -."oscow, 1953
(Dissertation for the Degree of Candidate of Biological Sciences)
SO: Fnizhnaya Letopis', 110.32p 6 Auf; 55

IONKIN, A.A.; WYANOVA, V.I.; lr~iOGRAWVA, L.M.; ROGOVIN, Z.A.
Bf'L'act of the composition and stracture of sionoses and aglucone on
the resistance of glucosidei to the action of acids. Soob.* nauch.
rab.chl.VKHO no.3:1-5 153. (MIRA 10:10)
(Hydrolysis) (Glucosides)

VINOGRADOVA, L.M.. kandidat takhnicheskikh nauk; KOROLEV. A.Ya., kandidat
"ANCAeskikh nauk; STAROST=O, N.Y., inzhener-mayore
Improve visibility when flying in rain. Vast. Wasd. 71. 39 no.4:
73-74 Ap '57. (Krm 1o:9)
(Airplanes--Windshields)

26863
S/080/61/034/004/004/012
MSI)409, 1235 %6c, $003 A057/A129
AUTHORS: Vinogradova, L.M., Korlev, A. Ya..
TITLE: Water repdlents for silicate glasses
PERIODICAL: Zhurnal prikladnoy khimii, v. 34,no.4,196i, 743 - 750
TEXT: Various monomer and polymer organosilicon compounds were tested
in the present work as wat4r repellents for giass surfaces. Special attention
was paid to the re:3istance and viability of the water repellent film on the glass
surface during longlasting effect of water. The present investigations demon-
strated that in addition to the wetting angle the durability of the film in terms
of its resistance to sprinkling is decisive in establishing the suitability of a
compound,as water repellent. A selection of water repellents for silicate glasses
was important for various purposes, as, for instance, for moisture-protecting
coatings of optical glasses, improvement of transparency for glasses in air- or
sea-transport, increase in insulation properties etc. Literature data related
to the use of organosilicons as water repellents Indicate that some of these com-
pounds contain active functional groups which react with a surface containing
hydroxyl groups or adsorbed water molecules, forming thus thin organosilicon
Card 1/~
I

26863
S/080/61/034/004/004/012
Watbr repellents for silicate glasses A057/A129
films. The latter are chemical compounds on the surface with high physico-chemi-
cal properties. For the present investigations special devices were constructed;
a laboratory box for the sprinkling test, a device containing a horizontal micros-
cope for measuring the wetting angle and a device for determining the angle at
which water begins to roll off the prepared surface. In the sprinkling test box
a constant water spray was falling on the investigated glass surface, which was
inclined in a 750 angle to the level. The"efficiency" of the applied water-repel-
lent was estimated by measuring the time until half of the prepared surface loses
the water-repellent property. The wetting angle was determined by measuring the
size.of a drop of bi-distilled water placed on the impregnated glass surface, and
calculating the angle (~ of wetting from tg 0/2 - 2h/d (h - height of drop, d -
diameter). For measuring the critical angle at which a water drop rols off the
prepared surface a device was used with.a horizontal plate which was gradually
inclined by means of a flywheel and the Inclination was controlled on a dial.
The weight of the used drop was constant (0.03 g). The following preparation
procedure of the glass surface before testing was carried out. The glass was
thoroughly cleaned, dried at 1000C and polymer organosilicons (silicones) were
applied imediately after drying. Before application of the monomer organosili-
cons (silanes), which are able to hydrolyze and condensate, the cleaned and dried
Card 2/5

26863
S/080/61/034/004/004/012
Water repellents for silicate glasses A057/A12q
glasses were placed for 24 hours into a hydrostat with 70 % relative humidity.
The silanes were applied by rubbing the moisture-conditioned glass Sprface with
a 10 % solution of the monomer in white spirit. Polymeric silioones,were used in
form of a paste prepared by mixing the 10 % solution in white spirit with diato-
mite washed in water. The paste contained 72 % diatomite. All tests were carried
out after room temperature drying and following baking of the impregnated glass
surface for 1 hour at 2000C. Results of the'experiments (carried out In coopera-
tion with V.N. Zeryukin) are shown in a table. It can be seen that the beat re-
sults were obtained with dimethylsilane derivatives. Baking is essential only in
th e case of ethoxy- and phenyl-derivatives. High F -repel-
,psistance of the water
lent film is due to partial hydrolysis of the mono6er by the surface moisture and
grafting of the resulting polymer to the glass surface by covalent bonds. Among
polymeric silicones the best water-repellent characteristic is shown by polymethyl-
and polyethylhydrosiloxane which react with hydroxyl groups of the glass surface
having an active hydrogen ion coupled to the silicon atom in the polysiloxane
chaint' The other polymeric silicones which do not have active functional groups
adhere to the sui-face only through physical forces. Thus removal of surface
moisture and baking after application are essential for these compounds. The pre-
Card 3/5

26863
s/o8o/61/034/004/004/012
Water repellent for silicate glasses A057/AJ29
sent'results demonstrate also that the wetting angle is not a sufficient criterion
in estimation of the durability of water-repellent films. Durability is determin-
ed not only by the chemical structure of the organosilloon film, but also by the
firmness of the bond with the-glasa structure. The present tests made it possible
to select water-repellent agents for a variety of purposes. There are 3 figures,
1 table and 26 references: 12 Soviet-bloc and 14 non-Soviet-bloo. The most impor-
tant English-language references read as follows: R. R.Mc Gregor, Ind. Eng. Ch.,
46, 2323 (1954); L. A. Spitze et al., J. Appl. Phys., 18, 904 (1947); Aircraft
Eng., 30, 353, P17,4958); M. J. Hunter et al, Ind. Eng. Chem., 39, 1389(1947).
SUBMITTED: June 23, 1960
Table: Water-repellent properties of glass prepared by various monomeric and poly-
meric organosilicon compounds. Legendt (1) water-repellent agent, (2) angle of
wetting (in degrees), (3) angle at which the water begins to roll off (degree),
(4) efficiency at the sprinkling test (hours), (5) until baking, (6) after baking
M.monomers, (8) product of partial hydrolysis of dimetfiyldichlorosilans, (9)
product of partial hydrolysis of dimethyldiacetoxysilane, (10) polymers.
Card 4/5

'". ;p -I.; R.V.
V ~ * - , . V. A. y&. , -,A,.r? 1~. ~ I
~ -,.- . r~ ~ 1, 1 ~ , " I I- r! I $j 71 / ~ ,-, ~7~, -,~ "F4 ; ", - " l4j...u ~ 1 -1. - ~ . - . --- - -- - -
!'n- I I.] st -, innrd nurfacrir,, j,jaqt.ms;iy
t,~ !rrj f,~
2 0 '-)' . (MIRA 171*JC))

SPITSM, Vik*V&I., akademik; KOROI,-.V) A. Ya.; KULESHOV, I.M.; V!170GRADOVA,
W%. Prinimala uchastlye ARTAMONOVA, R#V.
Process of polislAng aluminum studied by the radioactive tracer
technique. Dokle III SSSR 159 no.4t865-868 D 164 (MTRA 18:1)
1. Institut, fiz1oheskoy khimii AN SSSSR.

PAIIII'dWs, L.Ms
Maximm noasilAa reu,;Om,,,) of a sfilectiva opt-zco-acauat~c
e.,Aoctor Opt. i spukttr. 7 no. 6:7'sc,-797 D 159. (ILUU--
'j
('~ieroi;hom) (Imclor-r court3rs)

671 e17
5
17
~L
TITIS On the Maximurs Possible Sensitivity of a Selactive Optico-Acou
Receiver
r4RIODIW.L: Optilka I spektroslcoplya, 1959, Vol 7, No 6, pp 789-797 (USSR;
ABGTRA,CT: An ootico-acoustic receiver consists of two main oarts: a receiver
chamber and a microphone, When a condenser or an electrodynamic
microphone is used in the receiver the properties of the cha%iber cannot
be separated frar, those of the microphone. On the other hand when an
optical microphone is used in conjunction with a selective-receiver
chamber, the proparties of the chamber aiY3 those of' the inicropnone can be
determined se~ar.itely. I-, for this rsaaon that the autnor& uried an
ontical mi,2ronhonedlnowr, schtyatica 1y in Fir, 1. A_L2~,
IL . ~v-
,aas filled nith a a
,as wnich can absorb infrared r3diation. Pul5~ tion~
of the gaz prei:;ure, producedloya"pulsed" infr-red beam, 'let On a
Callijloid weinbrana (2) coated YrIth t :recalar I:iyor of antimowl Thi~:
matibrana wa--, twed t-)th :v; a 0iwnbor viall and a niicrophon,; morI;rano.
objoctivo (3) war, placed at a distance of 15 i4ra from the ixxie:;ibrano. Ir-
the focal Plano of the objective there %qaF a glass rautor (4) throuiSh
which light frw a source (6) projected by a conden:;er (51 ) on to th~3
,;a rd 1/3 nieibrana (2). The li&.t erAs raflacted frcm tne ila-ibrine and.. after e

67157
~O-i/.51 -7-6-14/38
On ths '.,,:a:rDnuui Pmsiblo) Semitivity of a )mle,~tivn Optico-Acou-;tic ?,f-,cei-.rer
passing through the objective and the r-~ster,it war, deviated "L.-y --
tairror (7) on to a singlo-stage ohntomltiolier (9) of FEU-2 type. "'he
construction. of the chaj.iber is shown in Fi6 2- It consisted of a working
space (I), a ring-shaped channel (2i, a channel joining the xorkinr. zip-11ce
and the region imaediatelv behind the mvnbrane (3J, the niambrano qn! its
;;upporting ring (4), a ec~paniation channel (5) , an entry window (6) . a
window used to protect ttie xambrans (7) and the chamber c%sing (,'/. Tx o
chambers constructedz one was cylindrical in shape (10 mm. depth and
c a diamater), and the other N~us rectingular (6 x 7 =i cross -sacticr, ane.
9. 4 m
3 imi d .5 ~,thj .'Iffier.- filled with f;02 the cylindrical chamber lvtd a time
constant of 0~03 sei.; and the rectangular one - 0.003 sec. - ~ t,c- or oti, on
of radiation emitted ty a H-3fnor cindi-3 (EL relective sour::oj arlounted to
1 31/~I, In the cylindrical und 6'/-' in the rerAnnvular Gn5, The rnot-
moan-r,qunro noi,,io at light-intorr-.ptioa frequan,!y of 10 c/,~ rrks oquivAl,.~nt
to a radiation f1ii-li of 3 x 10-9 'if in the cylindrical ?hainLor aro.
6 x 10-0 71 in the rmctin[i,,1ur .hwwber. The noise docrna:iP0 Y.,ith in,,--rea:36
of the 1AC:ht-i.atorrz,1tiot froquezicy (Fi- 4). 44t lov, froq1,,3n-.1*~ (10-1.5 r/~:)
an ol-tic!-al mi cro -,)lion e i.,riAc it ;osai*u1,i to rag-ch the sensitivity l1uAt of
the optico-aca,-i--tic receivor, since thc; noise of the r3calvSr -.7A.S
practically entirely dua to the aoi,.a. The cylindrical
had a lower sawAtivity limit .,.!;tllo: haut lt:sse,; find
,.u rd