SCIENTIFIC ABSTRACT ZVEGINTSEVA, K.V. - ZVENINGORODSKIY, A.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002065630008-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 69
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SM=F, N.P.~ RTABOT, T.H., Inshoner, rotmommonti, I.T
Inshoner, rodak-tor; OOTDSIN, S.Ya.,'inshoner, roAaktor;
KATTIMA, Te.N., takhnichookly rodaktor
[Resistance welding; a molder's mamall Untalmalfii swarka;
pmlatka dlia, avarshchika. Hoskra, Gos.nauAm~-tek~xnolzd-yo
mashinostrottellnol lit-ry, 195$. 91 p. Omu 8:10)
(Electric welding)

BRODSKIT,A.Ya.,o ZYNGINTSWA.r.Y., inshsoer, redaktor~, WUSIWfflUYA,G.X~#
rodaktor*77=W,r.*.*#O",VWmicbAskiy ro"ktoi~`~
[Argon-arc welding using tungsten electrodes] 'Argono-dugovaift
evarka vollframovyn alaktrodom. Moskva. Oos.nall'ahno4okhu. ltd-vo
mashinostroit. lit-ry, 1956. 395 p. (MIRA 9:3)
(Ilectric welding)

SEGIM, NikoUq Petrovich; qMINSON# X614ay Sagilavich; guma" A,F,~~
inzh,, retoonsent; ZIMM.4
. T
I.So, red. Isd-va; IILIXI=g Y,D,,p tokbu. ro4
[Electric resistance weldiug]'Elokiricheskmii~ kontaktusia mv"km.'~
Izd. 209 parer. i dop. Mosking Goo. usuohno-t0ft.: Ids-vo mahino-
stroit. Ut-ry, 1958, 286 p, O= nilo)

r*tioiix eat$ lnth4,' red.
*I i
ILIKIN hfth. red
[current sources for tbs' electric, welding; arc) litochniti pitanila
evarochnol dugie Moskva,, Goso nau6hao-teitu~* isd-vo maobiaostroiio
lit-r.r, 1958. 112 Ps (MIRA'11:10)
(Blectric weldire)

IAPID1M, Vladimir Arkadlyevich; IRYMOVSKIT, U.N., Inshener, retsenteat;
zvxolu*q"A imam , inshenar, redbictor; ORUSINVOKATA, G.M.0
tellskiy redaktor: MOMLI, A.I., tekhatchaticiy :redaktor
[Blectrodes for built-up welding] Ilektrodr dlis umplafti,
Xoskyat Goss vouchno-takhao izd-vo wohinostiott lit-ry,
1957. 231 pe ?KLM 10:6)
(Xisotrodes)

Vb & I Al I ) i~ V/1 11 , V-
YNLISTRATOV, Pstr Savellyevich; IVANOV. B.G., kand.tekhn.nauk, reteenzont;
-4VZG1NTS3LU_X.V Inzhoner, red.; MMOVA. V.A., red,isdatellotva;
L-~
TIKHANOV, A.Ya., tekhn.red.
(Metallurgical principles of Iran welding] Netallurgicheskie
oanovy evarki chuguna. Moskva, Goemuchno-telchnJid--vo mashino-
stroit.lit-ry, 1957. 154 p. (MIRA 10:12)
(Welding)

L:Vfl)
LYUBAVSKIY, X.Te, prof., doktor tekhu4nauk, otyetdty*nftyy
insh*, red.; YEATLIR, S., kand.tekhavasi* red,; TTULIKOY.,X.Do.
~~na.tekhn.nauk, red.; MROV, A.V.$ kand.tekhnonsuk, red.
[Gas-shielded aro welding; papers at the All-union Scientific
Conference on Oaa-Bhielded Welding] Yoprosy d4moi'ayarki v
xaohchitnykh gazakh; doklady k Yeesoluznomu nemahno.0takhnicheek6lau
oveshchantiu po avarke v seshchitnykh gazukh. ~ Moskva. 1957. 250 P
(Hru 1W)
Hauchno-tekhnicheskoye obshcheotvQ mashinostrottellnoy prouTihlell-
nostis Sektaiya evarki matalloy,
(Alectric welding) (Protective atmospheres.)

at;
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Misid-Are Wowing (it W* showl. -114141 PPORWO, V,
m01, M110. 81-1 hill, TIMrAt"f will
wva, Actogelumml thh) (Wrlill"s). July W), 11,
Z"C" fmm
'a; Til
CO.'s

VUDIMIRSKIY# T.A.; ftLIXMYICHl A.S.;_Z~JIGIVSJTA Xlyi Inihoner# ret04mssit;
BMRLING, S.Z., dotsent, redaktor; X(IbILl' taklmichaskis isdat-
tot; BUTYLKIN, A.G., takhnichoskiy rodaktor
4uipment and experience in welding under gas ~rsesurml Oborudoianid'
y% primenentia gazopresmovoi evarki. Kosk*&'O Oos., D'auabno-to'khav!
N
lad-volimashinostrolt, lit-rY, 1952- 114 p. (HiepoftUl (MMA 01112)
(Gas welding and autting)

DULIKIN, V.Ta.; UIMOV A.A.: ZV naucltW rodaktor;
IRYUGIM, Tu.TO: reda~TMWVY'6; GUBWAOS.S., tekhnicheakly
redaktor
[Submerged-malt welding of concrete reinforcoMate)~Vannaia evarke
armatur7 zhelesobetona. Moskva, Goo. Ltd-vo itt-ry,p7o stroit. L;
arkhitakturs, 1956- 50 P. (HLRA 9:9)
(Welding) (Reinforced concrete)

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KILIMDVS A-apoi AMIMMA A*
Effect of snLU quantities -of water on th* ItuanescOnce apectx*
of 5.6-bensoquinollne'nlutlono, in p-dioxam:. Opt.1 opektr.
no#W85-207 Ag 162., (kaRA !$:13.)
(Benzoquinoline-Spectra) (Diomm

01,11,011-My r czechoBlovakia
CA Ta-7,ORY t
.1, jcm, t RzKhlzv., )Ioe5 19600 Noo
AVITICR t Zvejska, M., Sykora, M., and Ryaka, A.~
96 V givih,
t Socialist
Til jILF, i Study on the Treatment of Sewagar 'In a
City
IORIG. HMO I Vodni Haspod, No 7, 293-29? (19~51)
1ABSTRACIT S The authors have studied the opeTatio, of the
- ( trL ir
biochemical f5ewage treatment piait r1c,kI ng fil-
ters, methane tank) in Ostrava-S,kalingrad which
processes only minicipal sewage." Dato are glvon,~
on the fluctuation in the dischar'gel'ohertical r
composition (dry residuo, BOD, 'tota-I oxygen demand,
rJI, all~alinity, total N, CI-), a~jd bapterial polla.
tion of the sewage.in the coursa,,of a,typical. da
The operation of the treatinont iiant is described.
M. LapAbin
223

Z'IEJSYA, SYKORA, H., RSYKA, A.
Investigation and treatment of sewa,,,.,e from sociallat areas,-' 2: ~9 3
VODNI HOSPOPWSTVI. Czechoslovakia) Uo. 7, july 1959
Monthly List of Fast European Accessions (EMI), LC. V 8
o 9., 19 9
Uncl.

MOCHAIJNj Mikhail Panteleymonovicb;. zv$Kq'j'-Yj44j Xml*!:i~kTAOU
AGOS=Vp H.Lp nauchtW red.1 ASTAKHOV) A.V~'~ red.1 W-va;
BOLMREVAI ZOA,,, tekbno red,
(Self-propelled equipment in mines] SamokhodnOe oba'rudovanie va
rudnikakh. Pod nauchn. red. 14.I.ARoahkova. N6skva.~ Gas.nauchno-

BURTSEV, L.I., kand.tokhn.nauk; ZVEKOV, V.A*y gorny)4 Inzho; LINEV, 10 fN*
gornyy inzh,
Flow shoots for chamber and pillar systems wilng sell-propelled
equipment. Gor.zhur, no,10:3-11 0 164,
1. Institut gornogo dela im. A.A.Skochinskogo' (for,Z7okov).
2. Kombinat "Achpolime tall" (for lainev).

T
i.

t
DELTAalN, N.N.; WIVALI# V.So; BRYUIWOT,T.I.;'

BRYUXHAWV, V.A.1 1ELYAGTH, H.11.1 MHOLIKSKIT" B.Ounil"I'll V.S.
Energy shift of gamma-ray transition obov~vod in ',.tlie
resonance abdorbtion of T-quafita in Mst43a,
eksp. i teor. fiz. 40 no.2t7l3-7310 P 161, (,Pl','rA 3.,,,)
1, Institut yaderacy Miki Moskovskago gosudara~rannogo
universiteta.
(Gamma rays)

&
~/003/058/P:B/X~
5/05 ~6/0~
B006YR,010
LUTHORS: Delyagin, N. N., Shpinsll,,V. Sol B2;Yukh&TtoT,) V~ A.'911~
Zvenglinskiys B.
119
TITLE: Nuclear Zeeman Effectiln Sn
~PERIODICLL: Zhurnal eksperimentalinoy i teoratipheskoy fiziki, ~1960t
Vol. 39) No. 3(9), pp. 894 - 895
TEXT: The present "Letter to the Editor" is thoJi,continuation or!a pro-
ld.::on rio' su ements' of; the
vious paper (Ref.4) in which the authors reporte, 1h r
dependence of resonance absorption of 2308-kev 4amma quanta emitted:in
119m
the On decay on the velocity of the souroo V!~Aatllsie to the Absoiber.
The authors have again carried out analogous mo&'~aureti*nts) but Vniq time
the absorber was placed in an exterinal eonstant:,
:!magn4tic field.#' jn this
case, a Zeeman splitting of the absorption linSqtooktpjaee, and:a hyper-
fine splitting was observed in the spectrum, fr~~m which the magn'etia
119 r ~
moment of the exeited 23.6 kev level of On _6uld be determined.The
Card 1/4
----------
Vx

Nuclear Zeeman Effect in Sn 119 S/056 60/035/003/0518/056/XX
Boo6yBO,7Q,
E)
gamma source was a foil of white metallic tin (94%;~of SA expooe'd to
thermal neutron irradiation in a reactor.,The absblrber iTan BnNb In
3
which no quadrupole splitting of the.2~.e kev level takiis plaoe acoord-
ing to Ref- 4. Thus, the observed hyperfine s.plittlkng of:the absorption
line is only a consequence of the Zeeman effect. F(,')r tho weasvremlePts2'
the source and the absorber were cooled to n1troge h temoorature. T be
2
absorber (20 mg/cm SnNb ) was plao,94 between thq pole "Pieceil of la~ mag-
3
net producing a constant magnetic field of 12;150:ioe in the absoxberj~
and the measurements were made with &nd without aji~maffne,tic,field- The~'
ground level is split in two azd them excited one (,3/2) An fcur sv~--
levels under the action of the fielded 6 91 tranoillonewre pLavible bm.-
tween these. By changing the velocity of the sourae (P431tive a ~,~nega-
tive velocity) 12 lines must be obserwable. The shape Otho abso'ripti,O~n
speatrum is dependent on tho magnetic moments and!1ji,1 of the,ground
and excited states of the Sa 119 nuclauss on the r 1iI)la'.Jye signs rk these,
moments; and on the q~adrupola 6plitting tj of tbe!oxci~sd state. The*re-
sults of the measurements axe represented In a di6jgram.'
Card 2/4

497-e
Nuclear Zeeman Effect in Sn S/C~6/60/~3VO03/056/056JXX~,
2006/B070 I
(ordinate counting ratel abscis3a, I velocity of ~!the epurce: and ~the
The dista erfine a ~uc+'
co Irresp(nding energy shift)* nee betweenAhe h*~~ :iL
ture components-was determined from the spectral measur4rent to b e~
(Iq+0.2).1O-7ev. This is in good agreement ~itb tho ~value obtain6ld
in Ref. From the positions of the Wroe maxima w~o: found to! be
0
J
-(1.1+043) muclear magnotons and the moment of the'~23-0'!kev, love to be
47(1.9-+0.4) nuclear magnetons. This viLlue.is consid0orably high4
r
than *that given by the single-partiel's model. A.: I,,Ilikhinov ands
V. At I~ubimov are mentioned There.are Ijigure alid 5
-T=9 man
5 Soviest and I French.
yy universit4t (MDIOO~ow St
ASSOCIATIO14 Moskovskiy gosudarstvenn aW
University)- I
SUMITTEDt July 49 1960
~J
Card 31,~

S/12o/62/660/001/003/06~
Z032/E51k
'B
AUTHORSt Dryukhanov, V.A., Delyagin, N*N#q
Sargeyev, S.A. and Shpinel,, V.S.
TITLEt Measurement of the remohance absoertioiii; ipei:trar i
gamma-rays in crystals
PORIODICAL: Pribory i-t-ekhnika ekmperimenta, rla.11~19621 23*281:
TEXT: In a previous paper (Ref.5t Zh.ekspnrim~. i teor4,
1960, 39, 220; Ibid 40, 713) the authors desci~ibedan apparatus
which was used to investigate the MOssbauer affectA23-8 kY~
gamma-rays on Snll9 nuclei.in crystals). 112~this: apparatus the
relative velocity of the sburce and the absokl~',er ils'varied I
linearly with time with the aid of a machanicm:1 dP~vice an&thei'
intensity of the gamma-rays corresponding to.differk~nt val0s Of
this velocity is recorded with a multi-channel kil*sorter -niid an
amplitude modulator working in synchronism wli:th the;~device
producing the above volocity,variation. In the present note the
authors give a more detailed description of thc apparatus,
including both the mechanical and,'theeloctro6ic ~axts qf it,, !A
typical absorption spectrum for a~SnO cryst~&I~O.IMKICM4 target;
2
Card 1/2

Measurement of the resonance ... S/12o/62/000/001/003/o6i
E032/EJ14
2
and 6 mg/cm source, both at room temperature) in shown in Fig16
, ilg
It is reported that tge width or the 23.8 keV excited state of gn
is (2.6 1 0.25) x 10- eV. There are 6 figures.
ASSOCIATIONt Institut yadernoy fiziki MGU
(Institute of Nuclear Physics NGU)
SUBMITTED: June 15, 1961
Card 2/2

82612
S/05~/60/039/001/026/029
Boo6/BO63'
1/. a,5~2 0
AUTHORS: Delyagin N N Shpinell, V. S. , Bryukhanot V. A.
Zvenglinek
TITLE: The Hyperfine Structure of T-iayj.? P 0111i ed~by Quadrupole
Interaction in the Crystal-Ma'TITce
llkoy tiziki, 1960,
PERIODICAL: Zhurnal ekeperimentallnoyli teoretichea
Vol. 39, No. 1(7), pp. 220-22k
TEXT: In the introduction to this artible the auth re do"cribe several
publications dealing with the above-meniioned subject., A.'14 Alikhanov
and V. A. Lyubimov (Ref. 5) studied the resonance absorption of
23.8-kev gamma quanta of Sn119 nuclei. The authors t~emselvae studied the
hyperfine structure of the 23.8-kov 1-vol of this nu'oleus.1 The hyperiine,
structure is due to the interaction between the quadrupole moment of'ithe!
nucleus in the excited state and the internal electric field of theft !in
crystal. Metallic Sn119m served as source, which mov0d relative to the
absorber. Contrary to similar experiments$ the source used here
card 1/3

82612
The Hyp.erfine Structure of y-Rays, Produced 8/05V60/639/001/026/029;
by quadrupole Interaction in the Crystal B006/'BO637
Lattice
underwent linear acceleration within. cetWin limits, Usasuremonto were:
carried out at the temperatures of liquid nitrogen.~Th.e X*!'radiation~
of tin (26 kev) was almost completely absorbed by a lialladium film
0.06 am thick. The y-quanta passing through this fitter were recorded
by means of an NaI(Tl) crystal. The pulses comihg from the aingle- !
channel pulse-height analyzer were linearly,phase-modulated:in a radio
device, viz. simultaneously with the changes in the source velocity The
modulated pulses were fed into a iOO-channel pulse-hO.ight analyzer of the
type A" -100 (AI-100). Each channel corresponded to i certain velocity
of the source. The measurements were made with two a'~,sorbers containing
SnI19, namely, metallic tin and SnNb3 alloy The dep6'ndence of resonance
aboorption on the velocity of the source for a tin ap'ecimen 20 mg/CM2
thick is shown in the upper part of the'Fig. on p. 221. The curve had
three peaks at 0 and V-46 mm/sec (velocity of thas ]ource). This
corresponds to a hyperfine structure of the 23.8-kov levels, and is
explained by the interaction between the quadrupole moment of the nucleus
in the excited state (spin 3/2) and the electric fielA of the crystal,.
Card 2/3

82612
The Hyperfine Structure of I-Raysp Produced S/O~'6/60/039/001/02'8/02J
by quadrupole Interaction in the Crystal 13006~BO63~1
Lattice
This interpretation is confirmed by measuremento With th*~SWM3
absorber (30 mg/CM2), which are illustratei in -the -111.)irer rt of the'
Fig. The spacing A of the components of the hyperfino structure was';
(eQ/2)32V/,az2 . (1-1510,25)-10-7ov. There are I f igure: and 6
references: 2 Soviet, 2 German, and 2 US.
ASSOCIATION: Institut yadernoy fiziki Moskovskogo g4audatstvennogo,
universitete, (Institute of Nuclear PhyAcs of Moscow
State Univerol-t-YT
SUBMITTED: May 25, 1960
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Geography & Geology,
Methods for detemination of cobalt and manganese; .
Moskvas Goo. izd-vo geol. lit-ry, 1946.
(Metody issledovanila poleznykh iskopaemykh., vyp. 12)
q

FROIDV, A.G.; KOZLOVSM , S.1.; MELAHED,ZXj 410wov'S.G.;
ZVE-T,ORODSKAT YAN, A.Ya., -to
U C Aj,qj.; KOSTANI Ya., r6~.izd %;
-~-H-EVCHWXO G.11.0 teklii. red.j FRUUKOVA, T#Ao) tekhn# red,
[Principle: for the improvoment of industrial comtIlexes on
mine surfaces) Osnovy soverBhonstvovaniia teldmologicheskikh
kompleksov poverkhnosti shakht. [By] A.G.Frolov i'dr. -Mo-
skva, Izd-vo AN SSSR; 1963. 135 P. (MIRA 16t:L2)
1, Moscow. Institut gornogo dela.
(Mine buildings)
ii T, mi I pi Fil-iH~1

ZVENIGOR
ODSKIY .Aj~qqqy~Sh; FROLOV,, Yurly Aleheandrovich;
KAYETANOVICH, M.M., red.
(Steel wires and busbara in electrical netV01'rks 4th
ratings up to 1,000 volts] Stallrye provodal,l shbV. v
elektricheskikh setiakh do 1 000 v. Moakva~ Izd-V'Q
"Energlias" 1964. 55 P. (Biblioteka elektramontara,
no.125) 17:6)

jVjNIGM()DSQYAt NJ&; LIVIN, F.Do, redaktor; ULASMrIKOV,:V,6PA;,, tekhntcb*~kly
[Where to study; a manual for atudents eateri4g higher and 000'0'n~darr
schools for special studies (technical and #~i::atio4aj) in Nosom aod
Moscow Province In 1956] Xuda poiti uchit'sli,; spr~vachntk dlIA
postupaiuahohi~h v vysshie, trod-ais apetstall,~~a uAmbnya zavo!4enlia
(takhaikumy, uchilishcha, shko~y) i tekhniehe~kie ~chilishcha Moskvar
I, Moakovskoi ablasti v 1936 godue.God Ltd. 10-1. (Kokvaj lzd~-Vo
OHookovskaia pravda." 1956. 214'P* (NLRA 91,10)'
(Moscow Province--Technical education-~~--Dlrectories)

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IN

PHASE I BOOK EXPLOITAT10,14. 846
U.S.S.R. Ministerstvo geologil I okhrany nedr
Metody opredleniya radioaktivnykh elementov v m1nerallnom syr,',ve
(Methods of Determining Radioactive Elements4n Mineral Raw;
Materials) Moscow, Gosgeoltekhizdat, 1958. '68 p- 3,000 copies
printed.
Compilers; Sochevanov, V.G. and Titov, V.I.; Eals.: Krasnova, N-Eo~
Tech. Ed.: Averkiyeva, T.A.
PURPOSE: This book is for those engaged In geodhemical prospetti~
for radiQactive ores.
COVERAGE: The chemical determination of radio$ldti4substances in min.
erals and rock formations is described in this publication. Chemical
treatment of materials in preparation for radiometric analysis is
also included. The proposed methods are conmidered to be the inont
Card 1A

Methods of Determining Paaloactive Elements (Collt-): '8416
reliable for geochemical -:*,earch. Methods~are presentedmin the
form of separate procedure instrUctions~with!1theilficlusionlof:
principle of the method, elimination of inte.rferlng factors,
application limits, necessary reagents, procedure of analysis.
Specifications for high purity reagents are given whenever neaes-
sary. There is a bibliography with 26 references, 17 of which are
Soviet, 4 English, 3 German, 1 Czech, and I Swiss.
TABLE OF CONTENTS:
Preface 3
URANIUM
Titov, V.I., Volkov, I#I. Colorimetric Determination of Uranium
by the Trilon-Phosphate Method 4
Zvenigorodskaya, V-M., Rudina, L.P. Colorimetko P~termination of
the Fluoride Method 12
Card 2/ 4

Methods of Determining Radioactive Elements (Co'nt.) 846
'Zvenigorodskaya, V.M., Vasilevskaya, L.So, Deyldna,~T.V. Colori-
ion of Uranium in Phosphorites 16
Brodskaya, V.M., Lanskoy, G.A., Sochevanov, V.G# Photocolorimetric
Determination of Uranium in Rock (Indirect Metiod) 24
Vasillyev, P.I., Podvallnaya, R.L. Method of tuminescence for the
Determination of Uranium With Preliminary Separation by Means of
Titanium Phosphate 27
IONIUM
Bocharova, A.P., Malyshev, V.I. Determination of the Ratio of
Ionium Content to Uranium Content in Ores and minerals 35
RADIUM
Sochevanov, V.G., Martynova, L.T. Method for Rapid.Dissolution of
Card 3/4

Methods of Determining Radioactive Elements (Cont.)~ 846
Rock for the Determination of Radium and Tho'~rium 6Y the
Emission Method 47
Chaykin, P.I., Gumbor,'K#K., Zarezkina, A.K. Simplifled Separation
of Radium Isotopes from Samples up to 3 9 50
Chaykin, P.I., Gumbor, K.K., Zarezkina, A.K. Separation of Radium
Isotopes from Samples From 3 to 20 g 51
THORIUM
Ostroymov, E.A., Astanina, A.A. Determination Of Thorium by the
Weightand Colorimetric methods 54
Bibliography 68
AVAILABLE: Library of Congress
Tl!,nah
Card 4/4 12i 10-58

5(2) SOT/75-14-4-13/3o
AUTHORSj Zvenioorodskaya, V. M.j:Ry&niohsv&,,;~i I.
TITLE# Determination of Uranium by tho Pluotide Ilethod WitkTitri-
metric Conclusion
PERIODICA4t Zhurnal analiticheakoy,kbimiii 9510:~Vol 141 Wr 4,
pp 457 - 462 (USSR)
ABST2.tC-.s In the presence of hydrofluoria aci4 Ibitr*lent iro~,in
sulfuric-acid solution,redLioes hex&*slen,6 iLrtnium t6 the
quadrivalent state, This resotion piacesda quantitatively. The
redox-potentials of the systems
UVI/U'V and Fe"'IFell ohava 0 in dI" 4ndohas on the" p,ono'entra-
tion of hydrofluorio acid# With x~llnorsising oonoentre'tion of
hydrafluoria acid, the potential Of,~the oystom
vI/Ulv
increases strongly$ whileAhe potointial or1he:system
FelIl/PeII deoreases.mith a *onoen~trztion of hydrdflubrio
acid of 2-3 mole/10 the potential:of tho Oystem
Fell,/Fell in more negative by 0. .1? to 0.20 v thmthe poten-
Card 1/4 tial of the system VVI/VIV This differOnce permits th 9 follow-

Determination of Uranium by the Fluoride Method With 507/75-t4j4-13/30
Titrimetrio Conclusion
ing reactions
2+ 2+ +
UO + 2Fe +4H +i 6F' -4 UP + 21~-IF6131; + MO (2)
2 4 2
This reaction proceeds in a very.wid beginninj
with PH 4-5, Based on this regotiont; he adithore workod out
two rapid determination methods for uranium. One of them 618
been already publiMed (Ref 6), the s6aond'As the subject
of this paper. The UF which forme d~ringlths resoti6n (2)0
41
is readily soluble in hydrotluario a6id and can therefore'not
be used for the quantitative determi i niumOek 6).
n tion ~of ura
The investigations of the authors showed t"t of the di-
fluorides of quadrivalent uranium with thealkali mets~ls :Only
the difluoride with sodium is difficultly soluble in a suffi-
cient degree for a quantitative determlinati.ov of uranium.,This
compound does not only precipitate almost quantitatively from
the acetate-buffered solution, but alio froia the minetal-taid
medium. Table 1 shows results of the p:reoipLitation of U(IV)
as difluoride with ammonium and with sodium' in an acetate-
Card 214 buffered and a mineral-adid solution in the,presenoso f hydro-

Determination of Uranium by the Fluoride Method With SOV/75-14-4-13/30
Titrimetria Conclusion
fluorio acid. For the determination~~f uranium in miilerai
raw materials by the fluwrids mathoaj~,the ;authors use tht
precipitation of uranium as- di-ftaoride NaUP from a:
5
sulfuric-acid solution.iThe precipitate is,washed after
filtering up to the release of iron and subsequently, titrated
with an Ammonium-vanadate solution. The authors alsollinve'sti-
gated the influenca exerted by foreign ioni on this determine.-
tion method, and estalclished that thd'dieWrbing influence
of iron, vanadium$ molybdenum) and iti~ttnitaixk can be alimi4ated.
The results of the deteimizatioA of:!ur!4niuM' in synthe`~tio~mix-
tures which contained these for 01 gn'ions mie shown in tables
2 and 3. Table 4 shows a comparison of, the!results of, the
determination of uranium by the fluoride mPthod and,the hydro-
sulfite method (according to referenc6 5).;The course,of
analysis for the determination a f 3. t 6 6CO: of uranium in the
presence of iront vanadium, molybdonuAl sn4 titaniun: is As-
scribed in the paper very accurately.~All ~eoults obtaino'd
Card 3/4
by this method are too low by 0-3-0-35 ma; Of uranium.~This

Determination of Uranium by the Fluoride Method W1 t h w SOV/T5 14-4 i13/30
Titrimetric Conclusion
error explAined by the solubility ofAWF~ during tho
pro-
oipitation and washing.of ths preoipl,tate.', This oonsianV.srror
can be eliminatsdl~by a ooriespanding~11,Ompirical titer~.af the
vanadats solution, The inyeetigstion~under~, review wii cairied.
out between 1948 and 1952. There are!2 figures, 4 tableal' and
12 references, 6 of which are Sovist.~
SUBMITTEDs JuAe 9, 1958
Card 4/4

PETROSYAN, Ye.A.1 2VXNTq,(_~RLD~~TA
Study of the VI-antigon of bacteria of the entarid~gTcrup. Apport
No,3: Cl~mlcal structure of the Vi-antigen 6t bacteria of tho Onteric
group obtained by mews of trich-lomcotic a6i~ mctiaction. 4"hur.
mikrobiol. epid i immun. 31 nc.6:81-87 A 160. (MIRA 13i8)
1. Iz Moskovskogo institute, vaktsin i. vyvorctok im.~ Hechnikova'
(ESCHFaICHIA) (SLAMONEL14 T--BIOSA)
(ANTIGMS AJID ANTIBODIM;)

USSR/MicrobioloEW Microbes PathqGenic for blan ark Animaleb
P
Bacteria. Bacteria of the IntestinqtGroup~v
Abe Jour Ref Zhur Diol., No 22,~ 1958, 99390~
Author Petroeymi, Ye.A.; ZveniGaradtskaya, 4P.
Inst
Title Study of the AntiCen of Bacteria of the ratestinal
Group. Report 1. Imunochemical St4dY of, Vi-Antir,,-ea
of Typhoid Bacteria.
Orig Pub Zh. mikrobiol., epidemiol. i irxauiobiolorIj, 1957) No 6)
95-98
Abstract The Vi-antiGen was obtained from the,straiii Vi-I Datna.
Car (free frora o-antiCen?) either by ~~xtradtioll with tti-
chloracetic acido or by splittina wlt~vpan#eatin foll6-
wed by fractionation vith acetone und6r codlinC; (a cultu-
re wns grown on a brotla meclium with acrutioa) - In both
cases the antiC;cas were related by th~~Content of total
nitroGwai and reducinC; substances; hatievero: in the first
Card 1/2
69

at 0;
Studies on antigen of bacteria of the eateriq group., R*port
lamuniohemical study on ths Vi nt%gen of Ojtj,*oneLls typhossp %bur",
mikrobiol.opid. i I=uno 28 mow8t95-98 Ag 157. (MIRA 11:2Y
11 Is Moskovskogo institute baktola i eyvorot'ak Wital Mechnikons i~
(8AIMOF"LIA TYPHOSA, immunnle"
Vi antigen, immunochem.
J

FMOSYAN, Ye.A.; ZVESIGORODSKAYAO V.F,
Study on'the Vi-entigen of Ontario bactariao jkeport H6.2i Immuno-,
chemical study of the Vi-antigen of B. ooli'siid S.~bsllerup. Zhtxr~~
mikrobiol.spid. i immun. 28 no.lOtI14-119 0~157, (MIRA 10:12)
1. Iz Mookovskogo Institute vaktain I oyvorotlok Iment Mecbnikov:ao
(ESCHERICHIA COLI, i=unolo",
Vi-antigen, immunochem, aspento (R~A))
(SAIXONELIA, immunology,
Ballerupt Vi-antigen, immunochemo onpect~q (Rus))

AV ~i