SCIENTIFIC ABSTRACT NIKOLSKAYA, I. I. - NIKOLSKAYA, M. N.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001137210007-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

5=1 ts-Qu 1 1. 1.
RASYMUC &OUTitir of UO Von= of amos snakes. Blokb4olls 26
0003030-534 W-Je, 161. (KML, I4tfi)
1, Instituto of Chemistry of Ilitural Coxpomds, Academy of
Sciences of t6 U.S.S.R. Moscow.
'~ (VM) (#HMPUTASZ) (NUCLEMMME)

F.1.
Desox7ribonuclease activity of some- snake venom. Top.sed.khix.
9 no.103-77 Ja-F 162. (MIRA 15tll)
1. Laboratoriy& ugleyodov i nukleotidoy Instituta khimit
prirodnykh, soyedineni3r AS SSSR, Moskva,
(DEOXYRIDDRUCLYASE) (VMK)

W1.0! A y A . I
Isolation of
,:nZyms. Vckl. AN 1~1
institut
Movikovskiy ;,n:m,1';)-,vv"nnjy ;V n 'r nrtv, r. n-.r

vk- 'r.!
4A
k~,folra
;,ze,r4

NIKOjS!,OAlUA, Tj-j KISLIKAV O.S.; SHALINA, N.M.; TIKWP,:NKO, T.I.
Substrate specificity of phosphodiesterese of the venom of
Vlpera lebstine. Otokhtatta 30 no.6tl236-1244 N-D 065.
(MIRA 19e1)
1, Laborstorlya nuklelnovykh kislot Inatituta virii5ologit
iment D.T.1vanovskogo AMR SSSR i Kafedra virusologli Gasu-
derstrennogo univorsiteta Iment M.Vel4zonosova, Moskva.
Submitted March 27, 1965.

UMR,, D.I,j KIXDLISKLUp, I.M.
--h
KoWioation of the struatum of cortain o"t broaw intaded
for press working. TSYst. mt. 33 ao.600-74 U 160 Wu Uto
(&roas*--K*tallocmpbr)
r

S/680/61/000/020/009/013
D205/D302
AUTHOR3t Layner# D. 1. and Hjkollaka4a, 1. M.
TITLE: Modification of bronzes, resistant to pressure working
9~0f7-0-;, (BrOF7-0.2) and OF04 4-3 (BrOTs4-3) by adli
t one of zirconium, titanium and boron
SOURCES Moscow. Gosudaretvennyy nauchno-looledovatellakly I pro-
yektnyy inatitut obrabotki tavetnykh metallov. Sbornik
nauchnykh trudov. no. 20, 1961. Metallovedeniye i obra-
botka tsvetnykh metallov I splavov, 148-158
TEXT: The aim of the present Investigation was to improve the
pressure-working characteristics of the above bronzes by modifying
their cast structuree by various small additions. A detailed sum-
mary of the published work on related subjects is first given. The
influence of 0.01 - 0.5% w/w of Zr, Ti and B, introduced together
with the Cu in the form of an alloy, on the structure, mechanical
properties and workability of the bronzes was investigated. 500 &
samples of alloys were smelted in a low-ash graphite crucible and
Card 1/3

3/680/61/000/020/009/013
Modification of bronzes... D205/D302
cooled in the crucible itself. For investigating the aacroetruc-
ture the speciasne were etched* The addition of Zr reducee consi-
derably the grain size, very minute amounts being effectiver. The
action of TL is similar but less pronounced, while B additions re-
duced the grain size up to 0.1%, further addition leading to a
coarser structure. Tensile strength was measured on 6 am diameter
rods at room temperature and also In the 200 - 80000 range. The
deformation velocity was 20 mmlmtn. The addition of Zr to BrOP
7-0,2 bronze increases both the plasticity and strength, Ti acts
in the same sence but to a lesser degree. However, these additions
have only a very slight influence on the high temperature plastisi-
tye The addition of B increases the plasticity of the BrOTs 4-3
bronzi only up to 0.02% of B content further addition degrades
the me,.hanical characteristics. Hot 1740 - 76000) and cold-rolling
tests (1 and 10 passes ronpectively) were performed on wedge-
shaped specimens. Effect of the additives was judged from the de-
gree of rolling before the appearance of the first crack The grea-
test improvement for the BrOTs 4-3 bronze was achieved with 0.05%
Card 2/3

VOUITMUs Te,ff.j CHEFURIaIAL, X.T,,C TOYAMTSUT, T.1s: NIZOLISKLIL. I.K.
Isolation and ehadcal comqwsitica of gy*ooaa. T mAekMo.
5 se.2:143-148 Wr-Ap 059. I= 12t5)
I* Stachamical Zaboratery. 49.1olvana"kiyO InstItats of
Ttmolaa. Academy of Medical Set4sees of the U.S.S.2o.
Moscow.
(mm.
ximman, lsal^ttam A chow* (Ras))
(paracuums,
some)

DZEV&NSKIY9 Im.K.; DODIN, A.L.; K0191KOV, A.Z.; KWM, L.I.;
VANIZOVSKITv Y.K.; YWHKINO T.M.; LTATSXffp V.S.;
1101,13!IALAI-I.P.; SAWP, L.I.; S&LUX, S.A.; RASKINp
R.I.1 RATICH,, X.-G.; POSPEWY, A.G.; NIKOLAYEV, A.A.;
IL11M, a.V.; BUZIXOV, I.P.1 KLSLENNIKOVO V.A.; NEYELOV,
A.M.; NIVITINA, L.P.1 MIKOLATEV, V.A.Ejeceased); CaRucW.V,
S.V.; SAVMITEV9 A.A. I SEMVA,, I.S.; SUDOVIKOVO M.G.;
XHILITOVA, V.Tas; MAGIBINA, H.S.; StMYNKM, Yu.H.;
KUZKMV , V.A.; KMEMOV9 rU.A.; BORUKAYEV, R.A.;
LTAPICEV# G.F.; RALIWINt D.V.p glav. red.; MMSHMAGIN,
W.M., tan. glav. red.; MEMR, V.V.g sam. glav. rod.;
OVWHKINg, R.K.p on. gUv. red.1dec"Ged); SOKOLOV, B.S.,,
red.; SHANTSER, Te.W.,, red.; MWALPSKAYA, YG.A.,, red.;
Cf=AMA# ",X,, rod.; GROSSCM, V.A., red.; Kl;UEjiB.H.,
red.; KIPARIWVA, L.D.0 M.1 KOROW0% K.A., red.;
KRASNOTO I.I., red.; KRYMOLITS, T.Ta., red.; LIBWVICHO
L.S., red.; LIKUBEV, D.K., red.1 WPPOV, M.P., red.;
NIZIFOROVAg 0.1., red.; POLKANOV, A.A., red.fdocemsed);
HMARTEN,, V.P.,, red.; STSPANOV, D.L., red.;
CIERNTSWWA, M.Te.; red.j SHAT3911', H.S., red.fdoceased);
&MMINO A.G., red.; SIOIRNOVA, Z.A.,, red.isd-m; GUROVA,
O.A.0 tokba. red.
(Stratigraphy of the U.S.S.R. In fourteen volume. lower
Pre-Cmbrianj Stratigmfila WSH v chetymadtsittl tc",.mkh.
NUN" Di6mbru. W49 Ut-i7 PO P01441 L
0khraim mdr. Pt. I (Aiat"ic part of tta tm
Itl 1963- 3*-

1. XCIRIEMS1. P. A. JILMISS&IL,"
Z. USSR (600)
4. rarelod Coop
7, Qmmatity of h"**4*blzt aW erythrocytes In the blood of grey an4 black
Karakul shosp. ftvdy last. wrf. tblx, 041. 152.
9. 19"m -- Afta . . Library of Caugress. Karch 1991, Unclassified.

Al 1,(e, t. t K.4yl. J~
USR/OarR Aninals j Cleneral Problems. q-1
*y M~ Tmw Ref Zhur- - Diol., 9* L, 1958, 2528
Author 9 P.A. Korzhuyw, X.S. KikoLlska^1 L.I. Raftlaskaya
rhat : -
Title So DI&A of Fww Animals as an Internal LAIcator.
Orig Pub M. obebeh. biologtir LMr 18t 110 21 L21-136 *9119P
Resame)
Abstract In order to identify the pecuiiarities of interbreeds. ac-
cording to certain interual lndicW~ors of wotecbnicLL
properties, the authors made a complete blood count on the
ani=Lls (by the method.of introducing into the blood.& so-
lution of the vital trnw blue dye). The volume of blood
corpuscles (by hemstocrite) the number of erythrocyted.im
one cubic milliliter of blood, and the amount of hemoglo-
bin, in certain breed& of large horned cattle. (the Deges-
tam Brown and the Swiss breed) vere determined. k siaLL&r
oxnaination was performed on sheep(tha Soviet Kerino,
card 112

,0
c -4" 0
NIOLISMAs Z. a..- MuMwr.Stol Scl (diss) -- "Chargas in the volum of bloo4v
hawglobtn, and owoglobin In kisrukul sheep In the process of indtvidual
daTelopmeat"s Mbscawp 1958. 19 pp (Acad Set USM, Inst of ArAmal Morphology in
A. W. Severtaov), 150 copies (KL, No 1t 1959, 117)

fflusts"u, I.Se
Hiattvo ahmagoo In the aogl*bln and Meaclobts of
gmeW sbwp in 4stoomelso Zhw*obolitol. 20 mo~W33-
142 Mr-Ap 159. (MINA 12s5)
1. A.S.96vortnew lustituto of Aulod Korphology. AcadmW of
gatesues of tho VOS.N.R.
(VJAVZ =W) (KYOGIMLE) (MMOUIMIN)

MUCLISSATA, -LtS,
Myoglabla content of the hoart md some skelat&I amscles In
rarrima bobs. lsv.AN SSU.Seralolo ueQW50-256 Kr-Ap
159. (KM 12%5)
1. Institute of Aslual Karphology, Academy of Sciences of
the V.S.S.14 Moscow.
(NYWUMIN) (KARAIUL SMW)

KOaZIOUT. P.A.; NMWSXArA. I.S... RAMINSurt. LL.
, ---- - - ------ ---.
Soco characteristics of the mpiratory function of fetal
blood to the Soviet merino @hoop. Tmoy Inst.morfeshiv.
no.23:231-249 459. (MIRA 13:2)
(Morino sheep) (Irstus-Sespiration and cry)
(Blood-Analysts and chealstry)

170A)
AUTNOR: Nikol'skaya, 1. S. 507/20-124-4-65/67
TITLE: The Blood Volume and the Total quantity of ResoClobin In 1[ara-
kul Lambs (Ob"yem krovi I obahchep kolichestvo gecoelobina u
karakullskikh yagnyat)
USIODICAL: Doklady Akadoeii nauk SSSR, 19599 Vol 124o Nr 4, PP 953-956
(USSR)
IDSTRACT: The blood. In Its capacity as internal medium of the organism,
effects the connection between the Individual organ systems
and supplies the organism w1th oxygen. It has been stressed
on several occasions (Refs 6-9) that numerous papers that deal
with the blood (Refs 1-505), althoul,h giving a characteri-
zo,tion of the Oblood drop", complete..y diereliard the changea
in the blood volume within the orgaiiism. These changes are
not always In strict accordance with the fluctuations of the
body weight (Refs 16-180TOO). In an estimation of the respi-
ratory function of the blood It to therefore of Importance
to give as complete a characterization of the blood as
poksible, Including the volume of the circulating blood and
the total hemoglobin quantity In the organism. The authoress
Card 1/4 studW the mgeconditioned peculiarities of the blood, In

The blood Voltme and the Total Quantity of SOT/20-124-4-65/67
11exoglobin In Karakul Lambs
lambs from the date of their birth to the age of 6-7 months.
The work was conducted, in 1954, on the Sovkhoz Ak-Kapchigay
(Uzbek SSR)q under exceptionally favorable nutritional and
climatic conditions. The results, given In table 1, con-
cerning the *blood drop" demonstrate only the general rules,
that the indices somewhat change with the age of the organ-
tau. The Investigation of the blood volume In new-born
lambs was of particular Interest. The insignificant fluctua-
tionoin the "blood drop", as observed by the authoress, can
by no means reflect the great changes In several organ
systems that take place, on the choge from the embryonic to
the postoubryonic period. In the blood in the vascular system.
Within the first 5 days after birth up to 40 % of the
erythrocytes are destroyed. The previous hemoglobin quantity
par I kg of bodyweight falls, In the course of these 5 days,
bY 40-50 %, but to still higher than In adult sheep. At
about the age of 2 months, the absolute blood quantity In
lambs Increases, due to the Increase In body weight, however,
it remains on the same level, with regard to the latter, as
Card 2/4 In 5-d&y-old lambs. In 6-7-sonth-old lambs both the blood

The Blood Volume and the Total Q~iantlty of SOV/20-124-4-65/67
Nea*globln In Xarakul Lambe
volume and the quantity of.cLroulating erythrocytes remain
almost unchanged, whereas the body weight rises by 10-12 kg.
Thus the blood quantity related to the bo4y volume decreases,
and amounts to 6-7 % of said volume. In the climatically and
nutritionally favorable year, the diseased albinos did not
have anoula. Despite heavy emaciation, they possess the same
blood quantity as the black and Croy lambs. The blood volume,
related to the body weight# Is even 30.0.higher In the Its-
eased albinos than It Is in healthy-l"b?..'Ths henoglobin
quantity per I kg body weight to strIkIn y high In the most
seriously diseased albinos. The authores's considers this a
compensatory adjustment, which may well be connected with
cardiac Insufficiency and the resultink'hypoxic tissue con-
dition. The attempts by several Invebtigators to estimate
the Intensities of the oxidative processes without taking
Into consideration the total blood quantity (Refs 19-21 et al.)
have turned out to be rather one-sided. There are I table
and 22 references, 18 of which are Soviet.
Card 3/4

The Blood Volume and the Total quantity of SOV/ZO-M-4-65/67
Romoglobin In rArakul Lambs
ASSOCIATION: Inatitut morfoloffit shivotnykh In. A. H. Severtsova Aka4emit
nauk SSSR (InatItute of Animal Morphology Imont A. W. Severt-
sov of t1,Q Academy of saiencose USSR)
PRESSNTZD: October 13, 1958, by K. 1. Skryabin, Academician
SUBMITTED: October 13, 1958
Card 4/4

KOIMWM, P.A.; NIKOL'SUTA, I,S.-.-jV=IWSUTA. L.I.
Resptratlas of stargivas @as dartmC lacubattac. Tap.lktt. i!o.14:
111-118 t60. (NM 11:8)
1, lastitut morfolocil ghivatufth in. A.W.Uvertsa" Akadeall
nank SSSR.
(Mbryclacy-Flabes) (1keptratiou) (fturC~-mo)
00p

SUMUM, P.A.; IMLISUTA. 1.S.
TM amount of ban* #arrow In a reWo". Vokl.Aff I= 134 no.li
ZZ5-ZZ8 8 '60. (NZU 13 t8)
I* hwtitmt morfologil shivotalM In, A.S.Uvertmove Akadsmil nauk
SM, 1'redstimleno aked* A.N.Saimlevyu,
0=1~) (KMOV)

Koiwmw, PPAOI !RRL-~~S-s RADZINSWA, LJ,
Pt7violoec,al chartaterl sties. of postnatAl davelopwnt. in,
Sewiet and French Mrino. sheep. Trudy Znst, Ptorf. hiY- n0-359
2WZ14 961. (VIM 14t6)
(SMOP-rhysiolow)
(Mood-ArAlysix " chodstry)

MIKOWS"Up 14.
Sam charactorlatics of the blood and respiration In farmi-I @beep.
TrWy Imt. n*rf. shiv. no.4101-128 162o (KM 104)
(Karakul #beep) (Blood) (Respiration)

SOT/32-24-to-2/70
AUTHORS: Kutneteov, Y. i., Kaiofeyevag G. r., nka4_,skw#,
TITM The Vethod of Acid Decomposition in the Determination of
Thorium and Uranium in Sandstone (Metod kislotnogo rat-
lotheniya pri opredelenii tortya I urana v reachanikakh)
PERIODICAL: Zavodskaya Laboratorlya, 1958, Vol 24# Nr 10, PP 1178-1179
(USSR)
ABSTRACT: The decomposition of silicate materials is usually carrie4
out by means of a treatment with hydrofluoric scI4 or with
a soda melt. A silicate decomposition by heating with hydro-
chloric acid under pressure to described as well in the litera-
ture (Ref 1). rn the present case the method of acid decom
position of silicates according to Pucci and Kaffel (Putst;i
and Kaffi) (Ref 2) vab used. The method Is quick and simpl*p
the metal extraotion quantitative, and no destruction of
the ampules in which the reaction was carried out under pres-
sure was found to occur* An Inner diameter of the ampules
of 12 - 15 an In the case of a wall thickness of 2 - 3 so
Is recoameAded. The ampules are to be filled up no higher
Card 1/2 than 113 of the volume. The decomposition to to take place

SOY/52-24-10-2/70
The W*thod of Acid PecomposItlon In the Determination of narium aci Uranium
in Sandstone 0
at 180 - 200 0 If the silicate weighed in Is grognd not more
coarsely than 200 mesh a heating up to i80 - 200 within
2 hours guarantees a complete depaposition of the material*
In the case of heating up to 300 during 2 hours with 11 - 12
n hydrochloric sold even several cxIdes which are difficult
to dissolve decompose. The given course of the anslyets
shows among other things that thortua to dotorain*4 colori-
metrically by means of the reagent "arsenatow and uranium
according to the luminescence motbod. Tables aZ the obtained
results or* given. There are I fie-ureg 2 tables, and 3 r*f-
orences, 2 of which are Soviet.
ASSOCIATION: Institut gookhInii I analitichookcy khimii im. V. 1. Ver-
nadskogo Akadecil nauk SSSR (institute of Geochemistry and
Analytical Chemistry imeni V. 1. larnadekly,AS USSR)
Card 2/2

5 (2) 05712
AUTHORSs Luklyanov, T. F.p Savyino S. B., SOT/32-25-10-1/63
Nikollskaya, 1. V.
TIMS Pho-soustric Determination of Thoriw L4 Moons by, Means of
W, Now "Arsomso III" Hs"t
PMODIGAW ZATO49kjW& UPWr*%QAY&i,'1959r#- Vol 25t It 10# PY 1155-115T (USSR)
AD37RACT: The separation of tbcwium (I) from zirconium (n) by the usual
methods is wearisome and Incomplete, A rapid method of
dot-_rmining (I) in zircons was developed, in wbich a provioub
separation of other elements (including (N)) is not no-assary.
The method is based on the oolorinstrio measurement of (I) by
mown of the new "areenazo III" rer4ont 0 , S-diww-naphthalene-
3.6-dioulphonic acid-2,7-bis boaxons-2-arsonic acid)
La the presence of oxalio acid. The rosgent was prepared by
S. B. SmTin (Rof 2), Already in the presence of 1-35 T
of M/50 al, the reagent produces a green coloring which,
in the case of oxcene reagent, turns into blue-violet. Tho
ox&lic acid used in the determination olininatoo the
influence of (11) (the content of which in tire= may amount
to up to ") and of titaaium, since it forms complex
Card 1/2 compounds with these elements. The oxalic acid acts suchleas

Ilummum, T.I.g NUOLISLaA. 1.T.
"Ose"tris detersdatles of smU amvAls of Unriss with
argess"o aw.andeftlao 15 w*312"-303 vf-je rio.
(NM 1317)
U loolkItalk gookkImill I am4itlebosbW kbbdl Los V.I.
VormddwV AN WU* Modme
(Anevmw)

8/075,/60/015/005/017/033/11
BOO5/B066
AWHORSo Luklyanov, V. P., Savvin, S. B., and Nikollskays, I. I.
TITLZe Photometric Determination of Microquantitiev of Uranium by
Means of the Arsvnazo III Reagent
PERIODICALs Zhuwnal analiticheskoy khtaii. 1960, Vol. 15, so. 3.
pp. 511 - 314
TERs In the present communication the authors continued their studies
on the analytical properties of the now reagent arsonazo 111, the
synthesis and proportion of which have been already described (Bef.7).
Arsonazo III has the following structural formulat
AsO392 NO ON H20 As
C~ " N
NO sfy~0.8
3 3
This reagent foras with many elements very stable chelates which are stable
also to strong acids and in the presence of anions which, in general, have
Card 1/4

Photoestric Determination of gicroq'uantities S/075/60/015/005/017/033/XX
of Uranium by Keene of the Arsonazo III B0051DO66
Reagent
masking effect In color reactions (sulfates,phosphates, otalates, and
:
there). In strongly acid solutions arsenaso III reacts only with
tetravalent cations (Bef-7). The authors devised a colorimetric method
for the rapid determination of aLcroquantities of uranium by moans of
arsenato 111. In order to Increase the selectivity of the reagent, uranium
is reduced to the tetravalent stage prior to determination by means of
gran*,;iato4 zinc in the presence of ascorbic acid. Iscorbic acid protects
the tstravalont uranium from oxidation by atmospheric oxygen. The best
results are obtained if areenazo III occurs in the determination In a
2-5fold molar excess with respect to uranium. In this case the solution is
at once colored violet to red-violet. The color intensity remains constant
for at most 2 hours (Fig.1). The color of th complex reaches Its maximum
value only in strongly acid solutions (>3.5 ; SCI) (Fig.?). The calorl-
metric determinations were performed in a colorimetric photometer of the
fX-M-1 (PSK-U-1) type by using a red filter. Fig.3 shown the absorption
curves of the pure reagent and of its complex with tetravalent uranium
in the visible spectrum range. The molar extinction coefficient of the
complet has at 670 oy& a value of -100000; the optical density of a
Card 214

Photometric Determination of Microquantitt*o 8/075/60/oi5/003/017/033/XX
of Uranium, by Keene of the Aresnazo III BOOAIB066
Reagent
solution of the complex with a uraaium content of 0.04 Z-/al. measured in a
20 am auvette, to 0.030. Anions (fluoride, phosphate, sulfate) only little
affect the 4steraination. From among the cations only zirconium and
thoriun disturb the determination; the rare earth# may be present in a
60fold excess at the most with respect to uranium. In the presence of
titanium the solution aunt be oxidized after the reduction of uranium with
zinc by means of hydroxylamine hydrochloride, since otherwise the reag at
may be destroyed by the trivalent titanium formed in the reduction. Th:
disturbing influence of zirconium say be considerably reduced by adding
oxalic acid, so that the determination of uranium to possible also in the
presence of a 20fold quantity of zirconium without appreciable error
(Table 1). Thortum disturbs the determination. If the quantities of
uranium and thorium are in the same order of magnitude, thorium alone may
be determined prior to the reduction of uranium (Ref.8). After reduction
with zinc the sum Th+U(IV) is determined. The uranium content results
from the difference of the two d*terainations. Table 2 compares the
results of the uranium determination by means of the method described with
the results obtained by other asthods. Accuracy and reproluetbility of the
Card 3/4

Photometric Determination of Microquantitles 5/075/60/015/003/017/033/Xz
of Uranium by Means of the Ara*nazo III Boo5/Bo66
Reagent I/
method devised are satisfactory. The sensitivity of the method Is
0.04 1, urantuo/ol, the limit lies at a uranium content of 0.002~ in the
"ample to be analyzed. Specifications are given for carrying out the
determination. There are 4 figures, 3 tables, and 8 Soviet references.
SUBMITTEDt Ontober 15, 1959
Card 4/4

11 ' 10 OT. Tot. -
Fmtmetric datersivaslas of unalm by tho most answea, Nov,
2ab. 26 se-382"-269 '60. (KIM 13:6)
1. Intitus pokblall I aullsichas Wall Akad"ll muk W".
(%mxla*--Awlyslmr7

230D6
9/186/61/003100210181018
67 IS'02J 0 9142/9435
AUIWORS': Luklyanov,.Vr., Nikollskay&, X..V.. mind Kozlova. 're.S.
TXTLgt Analytical chemistry of thorium. Ill, Photometric
determination of thorium, with arsenazo Ill in natural
materials
PIRIODICALt Radiokhimiya., 1961, Vol.5, K*,;Z, pp,2:59-240
TRXTs The reagent arsinnaso rrr was synthesized by S,B,Savvin
(Ref,li DAN SSSR, 127, 6, 1231 (1959)) and used for the photometric
determination of thoriumt. uraniumand zirconium, The. authors
describe a method for the determination of micro-quantiti*s
(1/100 to 1/1000th %) of thorium in phosphates, silicates,
fluoroapatites etc., with preliminary separationof thorium. front a
number of accompanying elements by co-procipitation-of the *am* on,
calcium oxalate. k content of rare earth&, not exceoding 30 times
the content of thorium, is taken into accounts The method is
uitable for mass-analysis since no HY or fluorides are included
:
nd it can be used for various natural materialst it is, therefore,
more satisfactory than previously described methods where, arsenazo,
Ill was used. Photometric determinations were carried out on a
photocalorLm*tor with a red ILghtfilter. Tho thorium content is
Card 1/2

WALISKIT,, R.P.; VLL=, A.D.; -
FodsibLUty for ttm sywhronous transport of UTI and S by bldrothormal
dolutLons (based on experimental data). Dokl. AN SSM 151 no.21
432-434 Jl 163. (KIRA 160)
1. Predstavlano, akademikom D.S.KorthInskim.
(uranium) (SULfur)
(Geochewistry)

vas~il~_V, -:"'- AYI)j-4~,, ".C.1 MYOPSKATA, I.V.
4 0 . 1. %. v y , A -
C.rgrtnl!: a mpre,.~ '&,. I tin, -j . Ptoport No. 2 1 - Use c!' ird I f1l's ront ~,,cpre c 11,41tants
"is the diterminjit1wi c,.- urimlzs In natural waltem 7rurI7 Tom. anal. kh-42.
l5i;rjf>-1)5 165, (KRA 180)

RUCLISMAtA, K. 1.
Ex I
give ft&*Awds in K 1.
NOwl'skagaj fterTiewy Chm lab.. First QPZ P
wet z4b" Vol M, no 8
&SA17sts x" sorle7ed In authw's 2sUmt4m7.
UrIed seturv of work readers establiebm"t of sarxis
IsVraotloal. Metbode used w-v mIP34 etvloscopio.
20fers to abortage of glass apparatus aAd pure
,reagents, aspe-cial3i acids.

SIA3 660/000/0W021/038
AOO~YAOOL
Transl,aUcw frml ReferativMy zhurn 1, Astronomiya, i G*odeziya, 1960, No. 6,
pw 53* 0 5227
WTHORt RUW-ekaya- I- JL-
Iluxt RmtIve Prominence of 1959, April IL
PERIODICAW Astron. tairkulrar, 1959, lyur,7& 5, go. 202, pp. 4-6
TEM A series of photographs,. in HM radiation, of an eruptive prominonce
wa-,t tskoLn at the Solar-Observatory of the Institute of Ter-r*striaJJ!Wqtism.
1=0~qvh*rs and Rac SR or, April 11, 1959, by means of an AqvP-2 (Al".
O'Lrcmospheri~i talesoope. ITa prc;minence had. an extension of O.Q,,Aolar radii at
Its maximum. The course of development of the promlnen~e is ddcr-lbed. Position*
of individual todes of the prcein-grice relative to the disk edge and relative 'to
each other. were measured with a W-3 (KD4-3);Rdovio6. Ten photographs,
correspond-ing to various stages of development of the ejection were measured.
Tr4ootories md spe&ds of the motion of the nodes were determined. It follows
frca the data, obtainod.that the nodes most remote froc the solar surface movo
Card 1/2

ETFWA&-~(
k 4V
AC4EISSION MU 03oO1237
AUTHOR: Gulyayev, R. A. ; Nlkol S~Mya, K. 1. - Xikol skiy, 0. M.
7-
TIT113i 3=91=1of the jjQjAi~_~qpp a d ixrparturbod region.3.
Hydrogen- and--heli= i0alzation robin active ar
WIMat Astronmichaskly zhurnal, v. 40. no. 3, 1963. 433-4450
'D)PIC TAGS% solar atmosphere, solar &,rcnoapbere, Balmgr coutinu=, milar short-
irivo radiation, solar twporature, solar electron conce:ntration, neutral hydrogan,
lonl.zad bydrogen, s-olar heli=, ionized hallum
ABStUM This paper analyzes obBersitions of the active a-nd unperturbed regizins
of the solar atmosphere. The d1stribution of the I.--parat-ire T, neutral hydrogen
n-siib-HI, and ele--tron concentration n-sub-a in tho lowr chromovphare at h equ;Ll
to or greater than 1,000 km van obtained from aclipse obearvatio" In the Rr 31
linos and In the Balmer continuum (Thomas, R. H., Athay, R. G., Fh7al-'s of the
solar chmosphsre# Interscience Publ., N.Y., 1961), coo Figs. I and 2. The eAta
obtikined are In good agrement with the modal set forth by 0. S. IvanoY-KholodrVy
ani 0. M. Nikollekiy (Ast ~on. %h., v. 39, 1962, 777) for the transition reg~xn ar,
the. corona at h from 5,00V to 7,000 km. Various xechazi=i; of the Ionization of i
Corti
...............

,T. uvih-63
A,7,2.0105 XRx AP3001237
anti 11 are postulated and vxamined. 7be distributim of HI, Hel, HeII, and HeIII I
lu=4- for -elevations- fr=- 1,000 km up W +-',a inner corona (Figures 4a and 4b).
Mwrt-vave solar radiation particlpat03 OffOCtiV91Y In the icilzation of 11 and He
tho chrmosphere and the transition region. The theoretical calc;aation of the
mitinuous He em-Ission at wavelengths equal to or =allsr than 'r404 and 220 angstro
+ 1.
---arv) in grynd -m a - rl th -
Ron., v. 66, no. 8, 1961, 2367: Astrophys. J., 'r- 1-32, 1960, 801). There are 4,
figures and 5 tables.
A!41100TATION; in-t Zemnogo magmetiz--ma, ionosferj*1 raspro5trarmiya ra-diovoin,
Aiadmmii nauk S55R (institute of Earth MaUieti=, the loro-sphere, and 11adiowav^-
Fmpagation, Academy ;f sciencen, ~;q ID
SU7WIMD: 2IMay62 DATE AND: 0IJuI63 ENCL: 03
SB CODE: AS, PH NO REF SOV: 006 0"IIIERt 017
Curd 21~4-

F ~ fr-9r?-~ ~
1 7 -.1
ACC URt
AP6033163 SOURCE CODE: UP/0033/66/043/005/0936/0941
AUTHM M
ikollskaya, K. 1.
ORG: Institute of TerrestrtaLl Magnetism, the Ionosphere, and Padlowave EEq2W~Ion'j_
Acadeiifr or SciencesXSSS (Institut zemnogo magnettzma, ionosrery I rasprostraneniya
radiovoln Akadesit nauk SSSR)
TITLE: lie I excitation in chromospheric spicules
SOURCE: Astronomicheekly zhurnal, Y. 43, no. 5, 1966, 936-941
TOPIC TAGS: chromospheric spicule. excitation level, orthohelium line, hydrogen
emission . -yet-44 %1-4oev-LF- 9 0m,*omo,3*0*"e, 3, #e4torept ) J0411le 4110i-4rAW
ABSTRA(M The possibility of the excitation of the He 1 235 leve; an a result of the
ionization of helium Y*rom the 115 state by radiation at A c 504 A with subsequent
recombination at the 23S level Is examined. It is shown that, at a spicule tempera-
ture T % 6OW K, the available flux of ionizing solar radiation can ftecount for the
population of the 218 leXel, uhich is completely sufficient to explain the observed
Intensity of line 10830 A and D3He I In the spicules. The computed 23S populatiog
at the height h % COCO km exceeds that obtained from observations of D3 and 10830 A
by one order. The orthohelium lines are emitted from the outer layers of the spicule
vhIch have a temperature equal to that of hydrogen emission regions. The thickness o~-
C" 112 UDC: 523-75

ACC W4 AP603311~3
the layer responsible for the He I triplets is tioz kA (b :t 6000 km). Or!g. art.
has: 15 foruuaas.
SUB CODE: 03/ SUM DATE: 15Dec65/ ORIG REP: OIT/ OTH REF: 017/ ATD PRESS:
5099
rd 2 2 sw a

i-kr U.-Kffkt Li k.
likoltakq*p Lo A* - *?be sigaifteance of measuriM arterial, blood pressum as a
.rumattom, diap"Is mthod In a oonditiou of the cardlievescular s7st~ of a
Awgioal patimt." ru the 301P.-Img To 11. Mhmmw# Ktwe 19499 P. 95-"
SOr M-43559 U Avalut 53P (IM"Id 'UWMI 'nth Udt4YV 1b. 159 1949)

Ow prooodurs, for the dzweine of cappu-sLA* arse I& the
Central Ural Ore Droosing PUnto OWC.rul ao.204 960.
(MM 11#1611
Orti *uWas-Ors drossiM)

~IKOL!.=Ao,._L,UdzilA_Al,q~BoZ_drQvn&L-CIMWI;AXEV, ~(.N., red.; WtDA,
A#A&# tekbae red*
[M]ak&ssl&; Oco=mle and geograpb"al study) Kb~viiaj ekDnmDco,-,
geografichaskii oebark. Ablakeap tbalmselme knishnoe ild-TO,
1960. 166 PO WMA 15 14)
(Xb&Msa Autonomous Froyince-Scor-or-ic geograpl7)

SULINA, R. Ll RIDDLISKATA,-L. A.
' ~~ " - * ~---
T"hoology of ayw1do-fres e4pantion of copper-sine-pyrite
area* Trudy Mokkanobr no, 13ltIL3&U6 162* (MM 1715)

NIKOLISKArA# L.F.; POrAOVKIKGVA, re,r.
'Awre Lenin lived. Geog. v shkols 25 no,4:5-15 JI-Ag
062, (KERA 15c 8)
(tanin. Vl&dWr III tab, 1970-1924,.-K=es and haunts)

2, USSR (600)
4e Leningrad Province - Clever
7. Iffeat of movinC clever on Its further and seed production In Lent-igral Province.
foist. Loa ux No, Is 1952"
9. Monthl List or Russian Accessions, Library of Congress, A, PrU 1953, Uncl.

WMISICATA, L. O.F
NK*thoft at Planting " Distribution of the Components of
Grame ftwing In the Far North of the fenlse,( River B"Ino*
of Cand1date of Affictatural Sciences) Kin H,gher Mucation
Agricultural rnstg LamiWad, 1955
a Or"s Kirture In Field
(Dissertation for Degree
UME, Leningrad
so, x-io36 28 mar 54

C.A
saw" d
A. A. ROL NOIC41-0
AM, ill;Wri il.-Wa
the Few".* of
(he o"WOr"t the wohre. 7A4F.
CI. W. 1. C 4. tv A 3w4 41.3 .04.0. A"$' =air.
W~bml
Co < Or < I < C-4 bOW4 d1w
fw vort". (1)"a
eldn. to AwF IP 8 lfrAL (Asir sh;~Wm t 1
"ibevotma on"hwil- fts tbwo be Go 4"K. bmwwa andis-
Td- -Mwiv.e "d oo* diumm. &
or rug - - I js I" X tft ~O.ZMW; *t Ow dPm-
bdd k #a X 10--. f%L 1 1- 40 OW -A(Sftl ftlk
Wm- "- WM 40 *qWA, ktlk"Ol 04 jj IMt . 4W4 dj~-
(W"i t&*Ifv4ln) A*4 1"OW4 akbpw "twol
No 6w owfv wteromm4t Wco folfwa flim,
$w6~ not"" (pur.1, - + XO dwisom "4rq
X - C X > I > lk )p Cf. Ue. tockow is 4004 60 a*
Ito I OR* wadi* Or *OVA 410AP vie
604W46m. MO
4" ruk&*V fVPfV%'k.T 4 IL'%* 9. A~ N." wtofs vlw
N&T qrm**-Cll~q1 in re cwmw*w*.

isw r""rwo 4d obw "Alkly -d famo" fampWAM&
4z of FAA~ 16OWN (ilk 9*-#A* # A A 4;9040~fg
1. E-!LA4*kdw 2%wrwf rAudobd Mopw. - :4 %,t4
IQSI, P, offrMl.
*#ft4

TIM
L/ 7bo uvtm~ of Tom go*ti or c
t:7 x
Vgl*k 3.1 ~X. 1"S, UY io e
tho rmWtj obtahw-4 by G. Aovt pisbllsW ta a w. ct
ate v=marind, Tl~e
jyj~.tlj fit C-In.
--E-9 swp w re4c~mt-j
pkx Wnt mm ht hvtoA z
th W=pk3-km eowwn. squa, glA try fatll~rl tb~%l tv;ltxl
w cWtual "Imbit-l- (a plw4ft that twtv Int")
W. ll-r~la--Lnc

F F
AID P - 157t
Subject USSR/Chemistry
Card 1/1 M. 152 - 2/21
Authors GrInberg, A. A., Kozlova, L. I., Mikolfskaya, L. ye.0
And Shagisultanova, G. A.
Title I Exchange reactions In platinum complexes
Periodical : Zhur. prikl. kh1m., L8, no.l. 7-11, 1955
Abstract : Exprimental measurements of the rates of exchange re-
actions showed that the exchange rate of iodine In
K2 M161 to higher than that of chlorine In
Ke MCIA]. A method for the preparation of
) given. One table, 2 references
(Pt(K62)?rj) is
%(sslan: 92 -51
rnatitutiont None
Submitted : Je 26, 1953

- - - - -- - - - -
USVt/ 13'shamlotry - Rvaotlou procesuea
'CArd :1/1 Fub. 2-2 - 21Ar/
Authors I Grinberg, A. A., Mcnb. Correap., Acad. of loc., USSR; flik.,Alr-,~Itpl L Ye
and ShagritwIt7,novn, G. A.
Title I The izecbanlsm of displace=nt roactlon Ln the Internal sphere of zonrdez
compounds
Dok. AR SSSR 101/6, IW~10W, Apr. 21, 1955

Abstract 4 A new erfect Is described which, as It np-pear7, offers definite proof In
favor of a reacticn mechanism utlllzin~, the intermr-Aiate renctinn betvren
the complex ion and the nclv(-nt as a hnais. Tho w-w effect ic explainal
as the rate of I-sotople n-fchange in rolntion to tho inerss-se In complox
solution, I. e., the rate of e/chan,". depenir, upon the tiric Interval wtiinh
expired from the mrent the stlueous aolution or the complex was prepared
and the realization of tho nxchangn with various addenda Licluiinf; the
marked atom, In other worda, tho exchange occurs through ntermediatp fox-
r.Aticn of aquo-Ions, Four refereare-s- I MR and I VSA X19y)-11YA).

0" Uly.-I i t t'k I Dece.-ber 1j, 1954

ALM YG: 1
ot, Meow
A AM kid of Rongalitel" by A. A. Grinberg, L. Ye. Ittkol
okay*,, G. 1. Pecribak, B. V. PtItsyn# rud- F. P. Ifilinor (do-
ce"*d),, Radium. Institute of the Academy of Sciences UjM, Len-
inenA,, Zhurna, Analitichaskoy Mixit., Vol 12, No 1, Tan,,Yeb 5T,
Pp 92
A method for the reduction of uranyl salts with ron=llte to de-
An rt-, r" Wth hvdrosulfttes ronmlit, has the advantage
Ahat no sulfur Is precipitated w-dar the cmdIttons iamatipted.
-*trawueat uratuum: coum be qujintitatiYely touLated when the reduction
~~ifta carried out in owic aciA or hydrofluaric acid soluticnw. The orti-
"M CO=entrat,1= condLUmm, for the isaUtlaa of urwam as Lts- exalat#

GRIND=* L.A.. MEMUKV act@: MIZOLISUTA, L.Te... PTITSM, B.T... IFILINOT,
r-K. (diocoamed)
New means of paspaxing tetravalent urantus derivatives* fndy
RsdievasetAg &SM. 8:16&i6g 158, (NINA 12: 2)
(Uranium compounds)

S /186/60/002/005/010/017
A051A127
AUTROBSt Grinborg, A. A., Mol'skays, L. To,
TITUt Concerning the influence of the solvent on the speed rate
of the isotope *xohango in complex platinum compounds
PSRIODICALe Rahiokhimiyat Y. 2, no. 5, 1960, 584-591
TZITS Referring to the great Influence which solvents toy have an
the speed rat* of chemical reactions in general, and an the isotope et-
change rat* in particular, the authors emphasize that a great number of
studios have been mad* in this field, since labeled atone.could be utilit-
ed In this type of experiments. Great attenticn has beer paid to a I&
group of studies on the exchange betwoor halogen ton* and alky;. hologonides.
Nowever, the influence of the solvent on the orchango in :ouplet platinum
compounds has been investigated very seldom, Regarding this problem, the
authors mention a book by F. Basolo &n4 R. 0. Pearson (Ref. 4t Mechanism
of Inorganic reactions. A study of motel complexes in solution, 9. T. 1958),
where a War unpublished study by Wilkins and Lewis on the exchange of
Card 1/00

S/186/60/002/005/01,0/0-7
Concerning the Influence of the solvent- 1051/1127
chlorino In ots- and tr4no-Isou*rs of [Pt(P(c a ) C1 7 in acetone Is
quoted. The-Russlan selontiste~ very iaterostldNA ?hit-4type of completes,
Inv" tilptO the Influence of the solvent on the eicbenge of &44on4o in
Pt( 11 ) completes. Being aware of the groat iiffizultiee In a systomatic
research on this subjeotg they began to study the oichangs, problems to the
$rates$ K2[pt(scx)~ + KSCY in acetono. The orchango kinetics in water for
thi: 7yeten has boon stu41*4 by one of the authors' associate S. S. Sort&-
koy Ref. 51 Radlakhimiya, 2, 5. 579, 1960). Thus, date an the roactione
in these two solvents, I.*. aaetone and water way be compere-4 with each
other. The oxp*rimental part comprJese the following wain featureat It was
decided to us* for the otchange reaction potassium thiceyanogen, labeled with
the isotope 335, which has boon synthesized by melting of ferrous potassium
thlocyanate with sulphur. Acetone was purified* twice distilled after a
shako treatment with solid KKnO ; after another shaking procedure with silver
nitrate and sodium hydrate, it hs filtsred, dried over CaSO and fractionat-
ed during distillation, The acetone solution of K 21pt(SCY )j ind isocy of
Card 2/ 10

6/1"160/0021005/010/0"r
clexcer"Ing Us Influmme of the solvent... A05IIA121
A, given (Imspesifled) cascoatratlem wore afts& In a centrifuge test tat@
of a 10-15 @1 voLum which was claged with a ground stopper "a left in the
dark for a given (siampealf Led) porIc4L of time, After precipitation of the
antou aeaplez# the solution with the precipitate was cantrifugedLe the pre-
cipitats weeks& an& put ox a sumpentst alualAm plate, &M its activity was
nessuralt with 4m 4at-wizAaw beta-count4r. Special attantlaxt had to be psH t(
th process. It so*&*& to be coaronlent to ago
th: aspars,tiou &fte thillox
complex cation tr t ( 41)+ an a precipitator for [Ft(SCI)12-1 whi4b in
stallar experfuents with lxcases in aqueous solutions prorLited for goat
atyarstien aantitions In aystous of the type PtxT- + X- (with a met too
long exchange, period). Nowovor, none, of the hk4gWiss of the first lays*
bat* prov OL to %* soluble in acetone. On the other hand, the perchlorsto
[ft(n N (010 4)2 prove& to be soluble, obtain*& by the authors by adding
an a4ditional amount of KC10 , which was theoretically re uIr d In accord-
&no* with the corresponding iquatlon, to the solution of Ft(n )41(05)2
Owing " Us low solubility In water ,the rablorsto I Xygoemly" a ob-
tained through the reaction of SCIO 4 Witt, rpt(n 3QC12. the solubility
Card 3/10

S/1"J60/004/005/010/017
Owneeralme the Influence of the solvent..* A051/&127
C Pt(XN5)41(01*4)2 'a &*@to&* 1* 093 9 In 100 al &*@toast and this 4406-
GA may be as*& for the precipitation of platinethloeyanido from acotons
:
solutions. A disadvantage, In this process is the appearance of rt(na)'(SCS),
W
which has toAsparged off from the centrifuged preelpitats. Freolpitsii;m
Is aa*tone did not occur instanteacusly but took several alautes. Analyfoo
of the precipitate prow*& that there wiLs no loviatl4a from the kasto can-
position in the precipitated *&Its. Then, the exchange proftats more statiet
as to theIr dopeadeace an tin*, the concentration of the aosplej and the
concentration of the a"andaa, I.e. J[SCWO in all case@ at 16-19 . ror the
calculatlan of the exchange cats, over a given ptriat of Tina, the authors
usod It, PreetwooWe and A* Wabl's (lot* go J. An. Chm. Sao., 71, 9. 3157.
1949) formula
I Fo
shick takes late account the toro exchange correction, I.se the exchange In
the separation process and the Incomplete separation which have to be con-
sider*&, too. The soro exchange In the system 92 [pt(=1)41+ KSCN proved to
j .
Card 4/10 11W

3/166/60/002/OC5/010/017
amweralme U* f-flumad of tke solvent... AG51/A127
The the "M In &U exparlamts. UW&Stlr the do#"A"ce Of I - Ir as
the tImle, (mam, table 2) by Wrim iato anconat tha nitro aximbam"o express-
ad la'sML-lowlthale dearAlustod I& F14pre 1. W" fan" to be a stralgkt
line crossing tko ordinate axis In a polat corresponding to tke unit. ?has
It to assmaod, tkat tka rate of the reiacti" I abldes by the ininplit ox-
pomential law and may he calculated, f tau the Carmula of sisplo exch"got
-=a- is( I F)
+ b
per the Owmentrigtiona 0.~5.16-2 K (or o4tually 2,2010-2 g-Las. sex-/I)
Is the *sW" &" 2.2.10-ic 2 la IMp It was found to be equal to 0,,55.W5
C-lea. Sfflrll,&La. Ike period of said-axidmuWaT andar tko given condi-
timm asol dsiternized from rigure I was fount to to equal to 57 hours. ror
the reaction In water, the sum concentratLonis &a4 teaperaturee provided,
the value T* was found to be equal to 9-7 alautes- The treinondous, differ-
ence in the ozah"go rate in the two notlap with a speed rate of 540 Union
lower Is sestonis than In water,, &a found by 5* go Norsakovin(se* rot. 5)
Is isommed to have its origin In a consid,erable different caurso of the
reaction m*cWmlm which takes place In the two asdia. Subsequently, the
Card 5/10

AVISAC/o/002/005/610/017
Concerning the influence of the solvent... A0517A12T
&ogre* of the dopaalenoo an the concentration of the complex In the ex-
change pro*asa ht a teen stitUed. In these *gperiatats, the concentration
of the solution as to KWW, squat to 2.2.IV2 1, resalset always constant,
while the concentrati4s as to CK) ]U4. change. Tabulate& data sad
the curves in figures 2 and 50%vrtatilned, fal 50-Ir aid 25-hr staft4s showed
that the arter of the reaction with respect to the a4splet, dotersimd ty
the ratio - "I It clog* to the first (I - 1.4). rinally, the degree of
TFOii
the once on tke a centr Us& of the adiandan has be*& Lavestistted.
*L - K,
2A In all cases was equal to 0.5500
The amoontrattin on K, ?!~M)
1.*~ to 2o2~t* -Los ex4b"go tine equal*& 25 and 19 krz.
Apparently, a lopea"noo change rate as the concentration of the
adt*%dum was noticed. The ordLor of the reaction with respoet. to XSCN cane
also close to the unit, 1.*. to the first order. The degree of Iteponlonce,
as the concentration of KSCI to given In Figure 4- Arriving at the con-
clusions the authors first coupars the data of this study with similar
systese In aqueous solution of the type
K2[1Pt2r4j + 4Ur and Z,[PtCIZ+ 4 K01-
Card 6/10

Concerning the Influence of this solvent... 1051/Al2T
Ia AdOrdame with atudies mma" by A. A* Griaborg /the author/ ant 0. A.
Shagisultamava, (Ref. lot lay. AX 53n, M9, 69 9619 1555) and by L. T.
Greathang To So 111"an an& Do S. WtLA (Ref. 7t J. An. Chem. 540-t 779
109 2565,..1955),,the arzhange rate in the slave mantlon&& ayateas did not
dep$"L= the GQXC'4atr&ti&R Of the atdanduat. a" the exchange chiefly toole
plaaa Wou^, the medim of aq"-ions bain4t forael intarme&Lstoly. There Is
no, dambit. thaVin, t'his case, L.eo in the stuAy of the amthars, a clearly ex-
press&& dopendeamai of the exchange rate an the concentration of the Won-
dua'does exist., a4d that,by the same taken, there is a difference in the
asih"Ima couffred to that premaing In the &bar* amational systeas
In, .4quoes I tiens. The trenonloms Uffer*nae in the exahange rates In
water by metane an a aalv4atg primiartly may
It* Aev*dited to fte greatly different capabilities of 1 0 and CH
adleavleakto pa'aotgate into the Interior sphAre of the Pt(SCS) 2-
and. ales to the differing dielectric constant valaes. 011cansilef-Iblo In-
tordst Is *the practical Identy ofjr absorplion spectra of the two can-
P1.4mee 'C2 [pt(SCX)j and [Pt(KH3) Pt( scx)4J' 'a this given case &a& 'a
Card 7/10

3/166J60/002/005/010/017
Clotiorm"C' i;Auexce of the solvent... A051/AI27
tim. solLd state um~AzAoualoms colorations of the Kagnus and Isoluam typo
delta have,boom j14jed. The relatively dIfflotat solubility of the perchlo-
-rst*'Gfitks,f*rsC joys* bass in water deserves special attention, sinat
~4t the Perchlorate Ions alght prove usefal an preoLpLta-
tort for sais othqr bLyalent complex lone of the tetra~malnm tyro, in can-
fteaties wUh *a Clready known reaction with cadaLum resulting In the
rustICIL of a,cm Itultly aolubl* pro4mat of the compositions
~o 0
Cd: (M
Aflib
C&4- 8/10.

511861601002100510101OIT
Concerning the Wluence of the soly4nt... A0511L.12T
Legend* to Irlures I and 2s
Dependence of on the concontratlon ~r 'the GOOPIOXI Crsair 2.2. 10-2 NJ
Cof coaplox, 0-275-10-2 HIP (2) --. 0-155-10-2 it; (5) -- I - I - 10'2 X.
(4) period of tins, hours
Dopendence of th;)degroe of txcha"e on the concentration of the complarl
50 hre; (2) 25 hre.
6 is jo. -W 10 0, 9
Carl 9/10 7 "."a.
Cq
it

S/ie 60/002/005/010/017
Concerning the influence of the solvent..* A051YJL12T
'Legend to rigurst 3s
Dependence of the log. of the exchange speed rate on th*,Iog. of concen-
tration of the complext (1) exchange rate 25 hror.g tC 54 'm 19571 (2) exchange
rate 50 hre., tc 46 - 1.03
Legend to Flgtare 4
Dependence of the zabango on,
163 ogre* at a
& the concentration of KSCK; exchange
rates (1) 25 bre; (2) 18 hre.
it
Card 10/10 -j -11

GRINURGO A.A.j NIKOLISKATA L.T9.1 SHAGISULTMIVA, G.L.
Chromatographic method for doterming the structure of
coordination polymer compounds. Zinw, c**rCe khIm* 6 noo?s
1497-1500 Jl 161, (MIRA 14&7)
(Platinum compounds) (Awania)

ACCESKON NR: AT4037667 g;/xq8j/64/00Q/003/O1S#/0174
AMORI Zgllkharov, Y*. D. to Dronovs, N. P. -, NOW1 '"7a, L YO-
TUM A study of alloying can Pment diffusion In aluminum alloys
SOURM A1yumhUyeV7*Ye BPIaVY*,, DO. 3. 1964. Deformiruyemy*ye splavy*
(Malleable alloys), 159-174
TopIC TAGSI aluminum alloy. itluminum AOO, alloy V95, alloying component diffusion,
Kirkendahl effect, homogenizing related diffusion, hot working related diffusion,
diffusion analysis, diffusion pores
ABSTRACT: Sandwich strips (2 mm thick) were prepared, using various alvzn(nwn
alloys (an Table I In the Enclosure) as oves and aluminum AOO, an alloy of Al 4 0. 6%
Mn or alloy V95 in 60% dilution with aluntintan as the outer layers. Samples were
hornogenized at 600C for 6 hours or 1, 3, 4 or 10 days, then tempered I hour at 250C.
Photomicrographe were analyzed to detemine the diffusion of alloying components in
the core. 7he results indicate tW Kfrkendahl's effect occurs In aluminum alloys, lame
pores of dUfusiton, arion forming during prolonged heating of the metal to high tempsm-
tures. The occarrence of such pores can be promoted by liquation heterogeneity of
inote, by tMak layere of Infermetallio phases, the lood fusion of fusible Omposentev

ACCESSION NRi AT4037667
etc. Processes of heating or combined heating and hot working should be tailored
either to avoid development of diffusion pores or to allow liquidation of such pores
through self-diffiudion. '"is. F Romanovs, did part of the photography. orig. ul.
has: I table &W 13 sets ad pbotom1crogra*s.
ASSMATIONt Nne
SUBMEJV,r 00 DATE AM 04Jm64 ENCL: 01
BUS Cons: NO REF SOV: 000 OTHEM 000
2/3

&CCF,' SION NR: AXOMST ENCLOSURE: 01
TABLE I
Chmical, oompoettion of alloys used in the core layers of sandwich strips
(alundum based)
Care alloy No. Content of alloying element in Retdorctr4 *m
Cu mg zu Si
1 11.16 -- CuA12
2 10.26 4.0 -- 5
3 10.37 3.91 2.4 WM
4 - 3.66 2. Z4 mg2gi
5 3.61 19.6 - MOR2
6 -- 20.2 - Zu
7 3. - MCIA13
8 -- 2.2 FA
3/3
card

RIML IS rATA Jmlt-
The maClatan of Bogorodskoye villagee Vastepromoi klTL'JePr0l;p*
3 1i0,,5:37-38 HY 162@ (MRA 15:6"-
(Boi;orodxkoys (Moscow Province)-Wocd caming, ilusaiAn)

CompamtLye evaluation of tha effectiveness of intravencus and Lntm-
caratle admIrdstrations of anti-tetar" sere. M=. mikroblol. epid
1 1--". 31 no.607-102 So 160. (KLRA Ilt 8)
1e In Llwovskogo lmtttuta spidsalolcgUg m1krobiologli I glaeny
t kafedry mikroblologti Stanliplavskogo madLteLaskogo inatituta.
(IRMI009 INTPA-AMUUL) (TETAHM ARTITOTIN)
(immord.. japamous)

S111FRIN, A.R,. prof.; 141",11"KAYA, H.A.0
Golper, iron and cobalt In the
pyodermse Yost. dermo I Yen, no,5$10-16
1, Kafedra kozhno-venericheakikh
Sh1frin) I kafedrm m1krobiologli
Ivano-Frankovskogo meditsinskogo
18v 1964.
blood of rabbits with, experizenlal
065.
(MIRA 18:11)
bolezne.7 (zav. - prof. A.B.
(zav. - prof. T.I.Ivanova)
Instituta. Submitted Nbriary

NlKmtmuul K.11
No. scotor oticus. %stootmiju 23 no.2t23-,v r 16t.
(NaL US4)
lo ft' klistl I bol*mey ukha, gorla I acwa (mr. kiLfwtrw - ablon-
koxnapmdent AKK 533R profe Tdr, Obdrite) I Uanvadskoco moi-
taimkogo iwtituta lasof &W-o I.P* Yavlova.
(MM ZOSTU) (ZIA KSUM)

IdentifloatUa or levomWmtLm wd synthwItIn by the wthod of
orystallisatim Ln thin layers. Apt. del* 10 no.642-lh 9-0 161.
(KIM 15t2)
2, 1 Nookaw kir ordona. r-f- wditioLmokly, InstItut ImmU I.K.So-obonam.
TLLVGK=T!xT- --TraZam=TIx)
(CRUTAL=TIQN)

"U"Moo .0 ib.
#no,
rqllzi! im u CA rar.~A

A
rT r
VT ru ar
IA
Iif
fill 4
idd b
2A
V !
.41
fill

IPMOVA, O,A,j NIXOLIBUTA, M.N.
Lbing inhi;=tOrs 7,orrOP"r"av*'~6u-t i tie corrosion of steel pmrts. Diul.takh.
-skon.inform. no.9:69-71 160. (MIRA 13 , 10)
(Inhibition (Chemistry)) (Carrosionind,anticorrosives)

CUD=* LS.t~ IMLfSUU K lei M&ROTSmg N,Z.,S PSMTAO O.A,
MactrallUO-pollishic of reatc4plar wiros.
It tehh.infom. na.4tl.5-17 162,
(KIR& 15:7)
(Alocuawa Polish'")

nFOLSKAYA M N
Mr., Inst. Zoology, Dept. Toob. Sci.r A064. 90i.v -1945--o50-.
'ItycluUou of Surytow Spool" (Armanopters, Cbeacidid") in Connection with tbo
Googmphloal Distribution of Their Food-Plante of the Subfax. Prmoldome,,' Dak. LN,
1.80 50. A. 1945.
Types ofthe Telonomw (Fqwnopt4nm, Scolionl4av) haily Vhich A" Pamitic in
L
fly 9912 P 0 Old. j 62 p go. 5 t 1940 1
*Tvo- Spoeles of tha hadly Amam Bm, (Ffammoptem t Cbelaidoldisa) g, hmsites
on the Gamtock Boole Xmnotpf lbld.p ?0, Ito., 30 1930.

-7
medicine - Intcoology
"Types of the Telenows (Hymenoptera, Scelionidne)
Family VhIch are Parasitic in Gadfly Zgp," M. N.
WII%ollskaya, Zool List, Aced Bel USSR, 4 pp
.Dok Ak Nauk 8 M w Vol LXII, No 5
Gi-es a table o1 ten genera of Telenown) parultic
in the eggs of 7gsdfliea, and th6ir geoigaphical dis-
tribution. Describes five nev wpecies. Submitted by
Aced Te. N. Paylarekly, 23 Jul 48-
53/49T63

NIMI'a-MA9 L.11.11.
Ebruenopters
Now Species of Gonatocerus ("noptera, P4=rid4o from the egEs of the cicada Cicadella
virldlas En't, obe 31 goo 3-4v 1951o
VlontNZ lbt 2f Rusel Agcossion , Library of Coceress,, Soptember 1952. MCLASsIFIED.

1. KIKQLCSXATko U.N.
2. us-sa (60o)
4, Salome
7o Chalelds of the fauns of USSRs Hookya,, AX SSW# 1952
W JU& gL &goLsp !ggjUJ&Qb Library of Camgross, February, 1953 -Unclassif Led.
9. M&L

KIKOWSUTA. K.R.
No vAm apiecies of grain luectg frou Ow fanily Z%rytoujdaQ
(Hposopters, ChalcidWea). Int.abot. 32:30"306 152.
(KLRA 7:1)
I* toologichosidly instutut Akadtall nauk S8SR# zoniffigrad.
(Gralm-Diseases and posts) (Anrytosidae)

NIKr0L(SF.kTk F.5.
fd IrAvvItLxv -pa tmt t Fj' ',c.,vInP e-tertift 4-c~vp, ftr sr!rr.
;Ac4-x4 wa tojLUK-"* rave Loon wt'-'Ittooo for -lmt~-Ptltfe- for tta, In !;rl ~oe* For
4*, $1 (Ow Oki.
Hikol'skaya. H.S.
"Chalcids of the USSR
All-Union rintomological Society
of the Acade=y of Sciences
USSR

XIMISUU,. K.I.t kaMl"t b4oloclaheakikh nauk,
rudleSts "Plut f9w"to, go" I IthilmO 20 maoStIf-22 Wir 151. (SM 64)
(Dwoots, Injurtme and b4meffaI&I-stalogloal G"trol)

-7-
C a rd 1 /1
Author, V.
Titis I Plastophaga, pien,-,s L as a fig pollinator
re-rimlicAl Pr1roda, 59 107 - 108. 1'r-y 1914
Witracil, I Mastophaga belong to pamaltic hyr;enorktera inaentn of the agionide
fardly. All ty,-,O-.3 of 0,13 fsmlly' numberirg over 100, Uyl on
-troldc-al planta c~T--the fie-fvnilly. Tte only, type of afy,ollile l1vjvr
In the sub-tropicn, between 25 aml 42" latit%dft-11 within tht bmyni-
ariets of the U531, Crl:-zea, Cauca:3tj3 sind Central Aiia is thj~ blAuti-
, plants. The an-1 life 01' tht-no!
phar,ap attacking rif
..al O:i
pararitis Is deacrtW. DrioWl-CA of th" h1a3tij!.4E& iroiiti /-
and fe-nales) aro ln--lud,!d.
Tt stitution Acad. of Sc. U3-dl, ~oolorical rn3titutm
tted

ft RKA rk . &F K~, --- ---- --- - - - -- -- --- -
, A.P.; NUMIWAYA. K.K.
-so&
Om*oo flies (Irmwt*m, Chryuldidow)- of N41kistan. TrW
Soal.Uwt. 15:696-137 154. (*A& 7:71
(T#jIkIstaa-CIack*a flies) (Gttcko* flL*&-TaJIkIata&))

NIKOLINKATA,K.S.; KrAO,N.X.
v
Its Mumoptera. chalaiddides) alms "*central eourso of
the Ural alver "A tk*lr sessesto Iscalficamo. ft%4 Zool. last.
16..404416 054. (KZM 8:6)
Mral Talloy-c"latt f1l")

luUWsIwTk, If-L..
SW sawra and spoctes of abstat4o frm "0 femdltoo "toat&w
,md c&lItmoodat (ftunaptera. Cb&lct&4jj4ft) ts Ceatrel A4tAL.
TruAy S"IL.tast. 21:135-341L '55. , (mm 925)
(Clmdotd fli4s)

SMILIBMUII. Kjo
%Qftmvm~ No%
the, bool moo of plosomow ham" io aw o"baide at SMIS"Or~
chalou flies (Sroompters, ObAulde"GO) of $1w VIS.I.J6 [VISIL, Nmmw
ta awisk]. vat.ows.35 w'3tS?*-5K 1360 (MA qC10)
IjIsoloaldisaw tutItat Akadmit Zak We, &M~o
(awau" f use)

AMAMIM. N.9.. AR90LIDE, L.T.. MI-SXT=O, G.Ta.,ROUnMIM, m.,
TUWCFWIX, W.K., VAL$, S.K., DOTArOKOT, A.K., I[IRrtT=W, A.I..
ICLR#TMVA$. TO.S., MEAMMOVe I.I., MUNAKOTWIT. O.L..
W=A, S.O.. LIMAM, I.M., ZWIWVA,
MWMW, G.A.. POMIO I.I., PMJkIW, L.A., ITAMM, N.A.. M-MMASTAN,
*.I.$ CMMNOV, S.A.. SHTAKXLIBMG, A.A.& PATIOMIT, TO.W., Md..
glawaWy red., VMGRAMT, B.S..Edeceaaedl. red.; XMUWA, G.I., r*4.
ted-vaq; IMMIMe ItoSe, tekha. reds
[AntmaIg of the U.S.S.R.] ZhivotcWi str SM. Mockwa. lot. 5.Ekonatstu
prawlse-es of 1hropesik Rtassial Q*rtW* ablejett Rwropelatot cbmsti
SM. 1958. 655 P. (KMA 111.11)
1. Abadowlys nauk OSSR. ZaoIoCich~akIjj lastitute
(Zoolocy)

1110IS(SKArk, K.F. ww-
.. , m mft
wAjZm1*o"*f the genus ftoraptrix 1144tv. ("noptere. Apholinl6w)
In 00 Sovlot Vales IwIth gum~W In Maclishl Jkt. ob". 38 SO-29
467-" 159. OUNA 1297)
lJoeloglabookly ImAtItut AN SSSR. YAuloCrad.
(Phruelt,on-4kale Insects) Owom rites)

I mixoLsourk, M.N.
Qvaaidld" and laucoopld" of Central Asta (S~vswptara,
Cbalcldoldoa)e TrWy gool, lost* 27tZZO-2" 160,
(MINA Ij 99)
1. Soolo choo 'T Inatit Abmdeull a&* MR. 14alograd.
Soviet Central Asia-ChAleld flies)

ulloLtsu,rA,, K.K.
NpoWle im&pmdmes of almad od pmw chalcl& (Wvmwpterep
Cbalcidol&a. Marytoul&*)o tat,abos. 40 wvjt67,3476 F61.
(KIPA 150)
1. Soalftlohqwkiy imoUtut AN SM Unlograd.
(clou" n"W5

ALIKARV, V.A.; IVAXOV,, D.P.; N,I.FC,LISKAT-A,, M.N.
Use of Iran glycerophosphate for ttw prevention and trositaRnt of
nada in suckling pigs. Yeterinariia 39 no.ls5l-" Ja 163.
. Naskawskays, votortuarwya akadowljra. (KMA Ib a 6)
:
aran-TtiorapautLe use) (Anmia) (Swins-01seasse md posts)
(Phoq*iorus-Thempoutic use)

KIFOL'sKkr&, m.ir.
-
Two mw geriera oC ApMliddie ftmemptem,, Chaleldoidest) Lsalated
from the bamboo scale Odonstspin secrots, Mfil.) in the Caucasus.
gnt. obos. 42 no.lit"89 163. jMIRA 160)
1. Zoologichaskly institut, AN 3=9 toninCrado
(Georgia-Chialcid Mae)

RKOWSKATA, H.9., nauchryy sot.-tOn1k; ONIVAT.to, P.N., vaterirarrri vrach
Iran glMraphosphate is a grovth stiaulant for piglets. Inform.
b1uLTDMM no.100-31 Ja 964. (MIRA 1714)
1. 1 Haskovskiy ordena Lsnin% maditsinakiy institut imani
Sachanova (for Mikolfskays). 2. Razdal "Svinovodstvo" Vyatavki
dostishaniy mwodnogo khozyaystya SSM (for (3buvaylo).

rhtection nf oulf1milm-4111 I j I.n, p, I It r, -I by t h - M-O,rt I nf
thi-n-Inyor crystal.] I zation. Apt. delo 14 Y'r. 01
I# I Moakoveklly or&msi lotnlnf~ 0~
I.M. SechennVA.

I I- I ! -, (-,, L 1 71 C. Y ~. , :'- '. . i " * " 1 -7'- ~; ~ .~- , - . I -
Toxicity of jrnn prpfarati-no. Vqt,~rinarila '.1 ,I -~- )
F 165. (I-uTiij,~ !8:3)