SCIENTIFIC ABSTRACT LEONTEVA, A.A. - LEONTYEVA, L.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000929310015-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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14%,nalthissf Ittmact couig. 2!--15 SiOt. 15-25 FcO. K-12
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t1w -to -1 to*. tal li,aou tia~ Ltiss. A, C. C-wy

tto T ~tm' A. - A
It.
. .. te'qlnt)~~*a, The invostigaticn of the linear rate cf crystallization in the system;
Li
Albite-Anorthite-Diopoide. 4i0 -daO.Ai 03* 2102 - WO.CaO.2102. rp.1205-13.
NA20-J-1203'6j 2 2
In this work are described experivents on the crystallization of several glasses of
the system Albite-Anorthite-Diopaide. The purpose of the work was to clear up the
crystalline character of the phases which are evolvad simultaneously in the system of
the non-eutectic type.
Acadea7 of Sciences U.S.S.R.
Inst. of Geological Sciences
Dept. of Technical and Experimental
Petrography, Yoscow
December 24, 1947
SO: Journal of Physical Chemistry (USSR) 22, 10, 1948.

A
?eb 1947
silicates
"The Temperature Dependence of the Vioccaity of
Molten Silicate, A. Leontieval 10 pp
"Acta, Physicochimica" Vol XXII, No 2
An equation for the dependence of viscosity -,n tem-
perature, which Is valid for molten silicates An the
range of the viscous liquid state an4 fsr molacni)!xr
liquids. in particular, 11oulds with hm--polar b=da,
but not for liquids with lonIc bonds, e.g., eilts,
borax and boric anhydride.
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U.33R/Chemistry Jan 1947
Chrystallizalvion
Minerals
"Effect of Fressure on the Linear Speed of Crystallization of Holten Fineral Rock,"
M. P. Volarovich, A. A. Leontlyeva, 2 pp
"Dok Ak Nauk 33SR" Vol LV, No 3
Submitted by D. S. Belyankin, Institute of Geological Sciences, Academy oil Sciences
of the USSR, 24 Sep 46. This is of great interest to those interested in the genesis
of mineral deposits. Cites example of greater crystallization of glass, 3102 -
Na.20, under pressures of 200-500 kilograms per square centimeter than under ordinary
atmospheric pressure.
PA T12

P.~ r- r)m-77
A. A. ,
Oct 1947
YArble
"The Cryetallization of Two Olivine Bmsalts,* A. A.
ImatlyevaplAb Uperimental Petrography, Inst
Geol. Soi, Aced Sai USSR, 4 pp
*Zapiski Vaerossiy Mineralo Obahchestn Series 2,
Part Lrm, No 3
Discusses experiments conducted to study crystalli-
zation of basalts. Tests conducted an basalt sam-
plea obtained frm various sources. Linear speed
of crystallization studied by measuring separate
crystals at various stages of their formation.
140
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LZONT"TVA, A.A.
Crystallography
Effect of the content of iron Ixudes on the linear rate of crystallization of solid phases
in tachylites. Trudy Inst. geol. nauk N' SS3R No. 106, 1949
jat of Ru3sian Accessions, Library of Cngress, December, 1952 LUCL.
Wnthly L

T a" -1 fh wmwl of me"" borld
In". 31. Moscow).
z-wuk
dataWbow tbikttbeeqmtionlelft-Atip(B/Rn(toolis-
fied betwem SM and 1100* by %0.(Hl. BA + 10%
X,VA (11). S- + 13.3% KaBO, ), and 1" 4%
21) 14*#BAh (TV). The op, rd, Is P, The wtivat6n
q x 10-4 ew /Mol. Is 1.31 (1) I~lw) MI I W M)
I 47,,V). TbvvvIwsoIlogAwv.;;;.. -0.1w,
- o..,Wov. - IMS. The ftergy mqufmf ftw making 4 hole
I% tbuo Owe va"w W put* lRoOl or In nihit. nt Ito% with
K.00. The pfreence of Na on the orther hand incmaw%
11 " derrvases v cons-mlerably. Wats. R and III are cm.
veslent as hish-Irmp. viarowille finido, M. II.
0211-

-Tom;
zu
_T.S
LYSSR/Chemistry Iron Ores VAYIJun 51
"Viscosity of Iron-Containing Silicate Melts in
the Heteropbase Region," A. A. Leont'yeva, Inst
Geol Sci
"Kolloid Zhur" Vol XIII, No 3, pp, 192-195
Measured viscosity of glass melts fusedfrom basalt
(contg Iron oxides) in N2 and H2 atms. Caled rela-
tive increase in vol on formation of solid phase
(crystn of iron oxides) from melt vith large cow.
tent of iron oxides.
ID 183T19

"Computing Linear Velocity of Crystallizatioa of Solid Phases in
Silicate Melts" p. 119
hill
of 6&14" M11
38
j
Tranzactiow of the TiM Cmfemce on F.Varlmnntal and Applied ftwraloGy
and P&Lro(;rapby,, Tnidy ... Moscow.. Izd-vo AN SM, 1958, 516pp.
reprint
a of reports YrOMMted at cMf - be]A in leaingMd, 2( 31 YAr 1956. -L be
purTose of the conf. van to exebanga information azA coordInate the nativitiea
In the fields of experimental and applied mincraloa cad yatroGmphyp and to
utfreos the iwmaing ecuAlexity of prwticaj probiem.

LFON-1 I YEVA~ A. 0.
Leont' va. A& Go "On regastro-enterostomy," 'Irudy Medinstituta (Izhev, gos.
me o -t).. Vol, vii, 1949, P. 294-96
SO: U-3850, 16 June 53 (Letopis ll-b=ial 'rvkh stateY 110, 5, 1949)

KUTATELADZE, Samson Semenovich; 11-DAPYL1111 A'_aksandr Ivanovichl
3HPAKOV' re .
S SKAYA, L.I., red-; 0 VCH IN NIKOVA-,_ 'd
(Turbulent boundar- -
y Pq,~r ~~f compzressl--Jts ;qa] Turbulentnyl
pogranichnyi sloi 3zhIMR6140go gaze. fiovc.Albirsk, Izd-vo
Sibirskogo otd-niia AN SSSR, 1962. 179 p. (MIRA 16:6)
(Boundary Iqyer) (Fluid dynamics)

my I ~~ I, 1.1.1 PAVIOU,.A.M.; LZONTITIVA A.M. kandidat sollskokho-
syvgtvenrqft ~Z redaktor.
(Chiolo-peal Nat. Kooky&. Goo. Isd-yo sellkhol. lit-ry, 1953, 111 P.
(NLRA 711)
(Oram (Grain))

L 00736-66 EPF(c)/DIT(m) RY
i ACCESSION NR: APS022694 UR/0181/65/007/009/2607/2611
19/2607/2!11
tare
AUTHOR: Boltabutkin, D. Leontlyeva, A. V.,' Snigit,ev, V. G.; Startsev V.
tsev V.
TITLE: Hardness of crystalline metbaWe
SOURCE: Fizika tverdogo tela, v. 7, no. 9, 1965, 2607-2611
TOPIC TAGS: hardness, methane, solid state
i ABSTRACT: The authors study the effect of temperature on hardness and creep in
polycrystalline methane at nitrogen and hydrogen temperatures. Since methane is
actively dissolved by nitrogen and hydrogen, the specimens were prepared and their
hardness was determined in the same hermetically sealed cryostat. The specimens
were transparent without visible flaws and had a smooth horizontal surface. The
hardness of the methane was determined by sinking a conical indenter into the speci-
men. The loading unit of the instrument consists of a metal cylinder with a weight
of P a 600 g. On the lower section of the cylinder are three conical indenters
with vertex angles of 900 located equidistantly around the cylinder. Penetration,
of the indenter was monitored on a cathetrometer with an accuracy of 0.01 m. In
determining the hardness, penetration of the indenter is given as h hl + h2 where
hi is penetration under a load PI z 10 g, which is read on a spring indicator; h2
Lcarj 1/14

L 007 36-M
A
ACCESSION NR.- AP5022694 r
is penetration of the indenter when the load is increased from 10 to 200 g' Since
the hardness H, measured by the conical indenter, is independent of the load, thent.-
P P,
and consequently
H P
from which the following relationship was derived for calculating the hardness
H= rh]
The hardness of crystalline methane is given as a function of temperature in fig. 1':
of the Enclosure. Curves for argon and krypton are given for comparison (C. Treppf~
Sohweiseil arohlv.g, Bd. 241 191, 230, 1958). A reduction in temperature was found
to reduce the creep effect in solid methane. A physical explanation is given for
the effect of temperature on hardness and creep on the basis of the dislocation
Card-2

L 00736-66
~ACCESSION NR. AP50226914-
theory. "In conclusion, the authors than)L_B. Ya. Sukharevski for help in the
Y
work and valuable advice, and V. Z.-BenguP consultation." Orig. art. has: 4
figures, 8 forvmlas, 1 table.
ASSOCIATIONt riziko-tekhnicheskly institut nizkikh temperatur M UkrSSRO Kharkov
(Physicotechnical Institute of Lcw Temperatures, AN UkrSSR)
SUBMITTED: l5reb6S ENU: 01 SUB CODE: 'SS
No REr Sot 003 OTHER: 005

ENCLOSURE: 01 A
M 40
Fig. 1, Curves for hardness as a function of temperature in CHil (1); I(r (2);
Ar Me

S/128/63/000/001/007/008
AOO4/A127
AUTHORS: Leontlyeva, A.V., Batuner, Yu.Ye., Llkhachav, R.B.
Trrl,P-.: Improving -the quality of the AX 8 (ALB) alloy
PERIODICAL: Liteynoye I)roizvodstvo, no. 1, 1963, 37
TEXT: To reduce the amount of oxides In the AIB alloy it is refined for 5
- 8 minutes at 700 - 7200C under Intense stirring in vertical direction, while
the surface of the melt is continuously covered with a carnallite flux. The slag
is removed from the surface, new flux is added and the metal is poured at 700
720 C, which increases the mechanical properties of the alloy as follows- I b
- 30.8 -+- 32.5 kg/mm2, and 6 - 9 4- 11.6% after heat treatment. If ALB alloy with
beryllium and titanium additions Is produced, it is recommended to refine the al-
loy by mixing the flux layer over a depth of 100 - 150 mm- Corrosion teits of
specimens produced by this technology showed that AL6 alloy parts containing ti-
tanium and Improved by refining showed the highest corrosion resistance.
Card 1/1

LECKIYEVA, A.V.; BAMNER, Yu.Ye.; IJKUCHEV, R.B.
Improving the quality of the AL8 alloy. Lit. proizv.
no.1:37 Ja 163, (MIM 16:3)
(Alwainm-magnesivz alloys-Metallurgy)

TANIOVSKIY, V.D., ClAnkovalkyi. V*D], LEOETIYEVA, G.A. (Leontlieva, H.01
Significance of early restorati on of cerebral functions for the
resuscitation of a dead organism (vith summary in 3nglish].
Fisiole zhur. Ukr. 4 no*52575-584 S-0 158 (MMA 11:11)
1. Institut fiziologii im. A.A. Bogomolltsa AN USSR, Laborstoriya
erevnitallnoy I vonrastnoy fisiologii;
(RMSUSCITATION)
(BRAIN)

UKOLOVAI M.A.1 LEONTIYEVA, G.A.
Thrombokinase activity of the tisaues in various endocrine disorders
and tumor grovths, Blul. eksp., biol. I med. 49 no.3:20-30 Hr '60.
0G Rk 14 - 5)
1'. Ix sksperimentallnogo otdala (zav. - prof. M.A.Ukolova) Rostavakogo-
na-Donu goAudaratvennogo naua~no-issledavatellvkogo inatit ta rent-
genologiit radiologii i onkologii (dir. P.N.Snegirev) Hiaterstya
zdravookhranenlya RSFSR. Predstavlona deystvitellnym chilenom AMN
SM V.N.Charnigovakim.
(ENDOGRINE GIANDS-4URGM~ (TUMORS)
(TRROMBOPLA.STIN)

GORKINI V.Z.; KRITUPIKOVA, R.S.-j FrLnlt!uj-' w~hastl,vl~. K-'-,RC6.1KIY, N.A.;
LEONTIMA, G.A.
MechaniBm of lntibl-ticn of !)is b.'Icod tztrp caldaz.~ nxidasc
w~tivity by leun~.azld. Yop. Died. Ichl-a. Mr--Ap 164.
(MIRA a8-1)
A biokbir,.1 aminov I druglklh azctlattylkh rjsn~)v&nly
Labaratcrl
Instituta blcloglche3kcly 1, medII3-'-rsk:y PMN SSSR, M-)sk-v-a.

GCRKIN, V.Z.; KMOBSKIY, N.A.; KLYASIITCIIIN, L.B.; KOMISSAROVA, N.V.;
~~x!,mA,aA.,k-gMnov, V. .
Subotrats specific.ity of amino acid oxidase. Diokbimila 29 no.l:
88-96 ja-F 164. (MIRA 18tl2)
1, Institut biologicheskoy i meditsinskoy khimii AMN SSSR i
Imatitut khiaii prirodnykh soyedineniy AN SSSR, Moskva.
Submitted April 28j, 1963.

SERGETUAP, Z.I.L_14C~TITEVAI G.F
Selection and substantiation of the method of determining moisture
content of orange and lemon paste candy and Ozefir pastilaw candy
for the regulation of the drying process. Trudy VKNII no.16:51-57
,62. (MIRA 16:5)
(Moisture--Measurement) (Confectionery)

? 2160
G - G
a
"P P '0 A
D, b'ArPe
0 1~ e ~a-,
Oj~ea b or6aniches'
IL '~"Vlny
r ,SISY t ability of COMP .1 Moe I 1 -819
'11 6 &A vomqle%O 6.1
X'UT1101t on therv,31 bi-103 %'. Iqr 41 99
rid's ~ X, 8 t 0 Y G 6 j all) '40.1 Ai3 /1951 anio
eompol~ , Chesvoy 'RUB j951, weal 6 r F
(() terms stvamil-'J. 5551t J~e'vi e8 Of 0
tjol -18 shohe i1 1; au nearly 8.1.1 typ others J
Kka&em a I 'h ocarbOlIS) t at
iwaadl 10 t &T ils tyka of
).Ie%e in. by -pre-f a oint
? JLL ~'U. S'S "R') 6/1951 'llinn Gor. t Cha inion lting 9 -10105
ltecei'voal Or7sta straigh 'The OP tr.-e Me h COmP ble
forms t hev e 81 Qto~ at our, laina
iorO& as tha Oholsv 10 i.e. Ag'a no UDelp
ale 132, 9 J~Jthol1
a, egg the
,idol 0jet.
00myou" more % verthe be
ne 0 she Gon-
&laebJd85# of le%eo 'aralot it Is
atures vered why 132.1 Thermal
Gova Je%-
temp*"~ coop 44,500 Irle 1) f organic
,the ts 0 be oint 0 hahSAD 0 M 86
'Urea, rtO eanm V tenr'P of so d fr- due
,,j the r. th 0 0 gine
t Day e%je f obt
'hero the th 0COmple" that whio. b I or 0
from a tt f or Itb tJJ6 Of athan searO
.,her than
u9per l'i'nerea"')a 1 0 OT03 ttakcl Is nture. On their
etS.UO)r thermal Stan."e mil f more
!Pound$, OT98' ni.0 SIX f temyeratu--'s 0
.1,Lt-are 01 1 eoMYO 'LIDAS t t
aivi&%ja are Ors
tc, it, that
-JeJ
Cool) es
nt liquid
COD vne rurpose, The
to that described
-Te -th paraffin ends at 124;50,
CkR' -1 f'xCeedo the melting point of

PA - 276o
On thermal stability of complexes formed by urea with
compounds.
urea and tends towards 141,00 (see above). Furthermore, the
complex with cetane was investigated, ffhere urea probably
partly decays, and where the curve of solubility intersects
the constancy curve of the complex at 990. Besides, somo
qualitative observations concerning the forming of the complex
were made, Thus ut was shown by the examples of urea complexes
with ceresin that the -elting point of urea (132.70) by no
means forme a limit for the existence of this complex, but
0
that it is constant up to 141
ASSOCIATION: State Scientific Research- and Projecting Institute for the
Nitrogen Industry.
PRESENTED BY: A.N. FRUMKIN, member of the Academy.
SUBMITTED: 28,11~ 1956
AVAILkBLE: Library of Congress.
CARD 3/3

BM76
S/064/60/000/006/003/008
B020/B060
AUTHORSt Yefremova, G. D., kqonllye,,a, G- G.
TIITLEi Solubility of Melamine in Solutions of Dicyano Diamide in
Liquid Ammonia
PERIODICAL: Khimicheskaya promyshlennost', 1c960, Vo. 8, pp. V-9
TEXTt The solubility of melamine in ammoniacal solutions of dicyano di-
amide, being of partioular importance in the first stage of continuous
,melamine production from dicyano diamide (Ref. 1), was studied in sealed
glass ampoules by the method described In Ref. 2. The data obtained
(Figs. 1 and 2) show the solubility of melamine to be dependent upon the
concentration of dicyano diamide in liquid ammonia. For a dicyano diamide
content of 9.2 g11OO g ammonia the solubility of -melamine is little
dependent on temperature; on a further Increase of the dicyano diamide
concentration in the solution a chanLe is observed in the character of the
solubility curvel with a rise of temperature also the melamine concent-,tion
in the solution rises. Fij,-. 2 chowu that for dicyano diamide concentrntions
of about 14 e/100 g 1:113 the solubility of melamine is independent of
Card 1/2

M676
Solubility of Moinmine in Solutions 6f S/064/60/000/Ow-,/Oo-/coa
Die.vano Diamide in Liquid Ammonia B020 B060
temperature. Since in the syntheois of melamine from dicyano dittmide bit
the continuous process the 114C2111 concentration in liquid ammonia in 50%
V
,und the temper,-,ture of the colvent ij ~70')C, the melamine Content in slich
a solution should not exceed 4%. It aloo followo from renulto that the
sien of the solution heat changes with a rice of dicyano diamide con-
centration in the solution. There are 2 fiL-ures rind 3 Soviet referencec.
Card 2/2

TIMMOVAo G.D.I(IZONTIYNTA* G.G.
Solubility of m~lsxiua in solutions of dicyamilamilde in liquid
amonia. Khimprox. no.8s6?-6-7-67 .0 160. (MIU 13;12)
(MOURine) (Guanidins) (Amonia)

YUMMOVA, G.D.;-LEONTIYEVA, G.G.
Compressibility of mixtures of ammonia and carbon dioxide,
and the equilibrit= of reactions involved in urea
synthesis. Xhim,pram, no,10*.742-747 (FaRk 15:12)
(Urea) (Carbon dioxide) a)

TMEMOVA, G.D.; UiONTIYEVA, G.G.
Solubility of nitrocyclohexarse in aqueous solutions of nitric
acid and nitrates. Zhur.ob.khim. 33 no.7j2090-2093 JI 163.
(FdRA 16:8)
(Cyclohexane) (Solubility) (Nitric acid)

BRUSOVA
LEUIIEVA, G.A.; ZE-o'E"'INA, i-~:.
New 3pec tro I.) hotom,- tr Io, me t-,-.od f -;,- tprmir- ini~ e cx-' ial~'~-
a,~tivity in liver homogenut#-s. Vou. rned. kln-im. 10 r,~11.1:83-P3
, I r.
J'a.-F 164. "..'T.-'u
'ca' Chr-,,n .3try, '-.cadezzy cf
Inst1tute of Biological ami X~!a i
Medical Sciences of tLe

GGIVY'lli,
Distribrution of cato~ch,,.,l am4nt--3 ir.
7hur. evol. I rr. I f J 7
1. Laboratorlyq e-j(.)lyut!311
nervn0y sistemy institu"
im. I.M. Sechenova AN SS3R, IeninvritJ.

r
IOVYP.Tl;, V,A,; UVITIYEVA, G.R.
Fiffect of elimination of ;4rnervation on Vie
voriterit and accumulation of cfits~(:'rnl amln,33 in the cardiac muscle
(;f the frog. Fiziol. zhur. 49 t:69 !ly 163.
I - y, L.-n!neral.
I., From the Sechenov Institute cf

GaVYRIN, V. A.; LZONTOYEVA, 0. R.
Catechol amines of %a bird heart in ontogenesis. Dokl. AN
SSSR 147 no.6:1510-1511 D 162. (MIRA 3631)
1. Institut evolyutsionnoy fiziologii im. I. M. Sechenova
AN SSSR. Predstavleno almdamikom V. N. Chemigovskim.
(Adrenaline) (Itmbryology-Birds) (Heart)

FORTUNATOV,, N.S.j SLOBTSOVp L.Ye.; IZONTITEVA, I.A,
Countercurrent precipitation of copper germanate. Ukr. khiz.
zhur. 29 no.8:864-868 163. (MIRA 16--n)
1. Urallskiy nauchno-issladovatellskiy i proyektnyy institut
mednoy promyshlennosti i Institut obshchey i neorganichaskoy
khImii AN UkrSSR.

KIREYEVA, M.V.; LEONTIYEVA, I.A.; P04PELI, P.S.
ThermodyTmumia investigation of certain reactions taking,
place in a furnace during the oxidizing roasting of chromite
cbarges. Zhur. prikI. khim. 36 no.9:2079-2082 D 163.
(9JPA 17:1)

PL'fSiFVSKIY, Yu.S.; T.EC-NTIYFVA, I.A.. G.M.
Physicochemical prop~rnes of
- I . 7~;
I no.12:2111-2~1/ D 16-11. . ,, , ": - )

t 11011-66 EwTW/EWP(0/Ew0(b)AWA(h) IJP(C) ID
ACC
AP5028723
UR/0363/65/001/011/1933/191,
NRt
SOURCE.CODEt
(/(4, S '.) t'(-/ , ~- "!~~ (I
S
AUTHOR: Plys ovskiy, Yu. S.; Wrnova, G. M.; Tkachav, L4eantlzevaf r. A.
Hins
ORG: Ural Scientific Research Chemical t~tute. SMINloygk (Urallskiy nauchno-
issledovatellakiy khimicheskly Institut) jw'.a' ~ 4
TITLE: Preparation and certain properties of lead borate
_~'Irialy, v. 1, ~o. 11, 1965,
SOURCE: AN SSSR. Izvestiya. Heorganicheakiya ma
1933-1937
TOPIC TAGS: boron compound, lead compound, borate , chemical reaction, solid physical
property, chemical compositiont endothermic effect, exothermic effect
ABSTRACT: Lead borate 4PbO115B2O3-2.5H2O was prepared by reacting lead monoxide with
a 10% solution of B203 In H3BO3. The.effect of B203 concentration, temperature, and
duration of the reaction on the composition of the product was studied. Lead borate
was found to be practically insoluble in water; excess.boric anhydride present in the
lead borate obtained Is washed out in water. Heating curves of lead borate were
plotted, and the endothermic effects and one exothermic effect (a solid-state phase
transition) are discussed. Heat capacity and thermal conductivity were detemined at
100, 200, 300, and 3500C. Orig. art. has: 3 figures, 2 tables.
SUB CODEt 07/ SUBM DATEt 07Jan65/ ORIG REF: 003/ OTH REF% 003
UDC: 546.8171273

P60 ~7`1; i9 0 k'o -.1 3 Ui f
AUTHORI Plypho 3.; Garkunova, N. -i.; Loon ytVay lo A6*;
ORGI none
TITLE, Dacompoeition of datolito on heating
SOURCS1 Zhurnal neorganicheskoy khimlis v. 11, no. 8, 1966, 1822-1826
TOPIC TAGSt boron ~dnaralp calcium rdneral, borato) borate glass, allicate
AWTRACTt The thormographic method was used to dotornino the heat orfecto avlociated
with phQse transformationa suyl the heat oapacity of the mineral datolita. The phase
tranuformations were found to occur only Above 92010. In the 9-50-9800C range, the Min-:
oral decomposes as followst
MLO-B20~--SiO2-1~20 - CaO-B2a- + CaO-SiO2 + "1()2 + Jf20t
IWALO C&OB-)O)s 110110CMI(Awi allicat,) 0-Ca0-5M2, qiiartz a-St&,), and
5102-crisLobalite are thtio forrod. AL 11001~, tbri rLt-Ature of newly "Lormod co7,poonda
&Iiq a;t. 11ho hout of rfv.ctlon of tho datolAto Ja
6.4 kcal/mole. The heat of reaction of the dohydration
rd 1/2 UDCs 546.82414212733
_542.92
Lo

L d5707-66
ACC NR3 AP6027190
iv 12.1 kcal/M910, lllq hjqt capacity of datolita bntwoon tOO and 500*C rvngqn from
O.iq to 0.52 Cal/g. Calcinod datolit" and also calcinmd datoli-to ores can be udod in
boric microfortilizerp since th,3y contain boron in the citrIc-onlubla fozv7. Orig.
art. hast figures and 4 tablea.
SUB CODSI 0%/ SUBM rATI-st ioovW OUG REFi 006/ qM RM 001
ULA

USSR/Physics Pulse counter FD-2343
Card 1/1 Pub. 146 - 8/34
Author Khartmanj V. G.; Leontlyeva, I. N.; Sinyavikiy, A. P.; and
Vasil'yev, L. V. --1 Mftmwr
Title Amplitude analyzer of pulses with electron-ray tube
Periodical Zhur. eksp. i teor. fiz. 28, 699-705, Jun 1955
Abstract The authors describe an analyzer of pulses with the use of an
electron-ray tube. The device can classify into 20 channels
pulses with amplitude up to 100 volts, with growth time greater
than 0.1 microsecond, and with duration less than 30 microsec-
onds. When the counting rate is 17,000 pulses/minute the omission
constitutes about 1%. Stability of threshold of the channels is
about 2%. They present the block schemes of the system and
analyzer tube, a detailed circuit diagram forming the block, and
photographs of the pulses. Four references, all non-USSR (W.
Glenn, D. Watkins, B. Titterton).
Institution
Submitted February 11, 1954

AUTHORS: Kuoheryayevo A. C - , Szhenov, Yu. K. 9 SOM/56-34 -3-50/55
Gogichayshvili, Sh. M., Leontlyeva, I. N.,
Vasillyev, L. V.
TITLE: The Magnetic Ruclear Mo~ents of Rr87 and 9 25
(Yadernyye magnitnyye momenty Sr 7 1 Mg2~)
PERIODICAL: Zhurnal Eksperimentallnoy I Teoreticheskoy Fiziki, 1958,
'Vol. 349 Hr 3, pp. 774-775 (USSR)
ABSTRACT: The authors found the gyromagnetic ratio of the nucleus Sr87
by means of the method of magnetic resonance in molecular
beams (ref. 1). This molecular beam consisted of strontium
atome which made possible the elimination of the inter-
molecular interactions as well as an exact taking into
account of diamagnetic correction. The 378 cm long strontium-
atom beam was detected by means of the method of surface
ionization on a heated tungsten wire circumflowed by an
oxygen current. The ions of strontium 87 were separated by
a magnetic analyzer and were recorded by an eleotronic
multiplier and a galvanometer, The value of the gyromagnetic
Card 1/3 ratio g of the nucleus Is determined from the equation

The Magnetic Nuclear Moments of Sr 87 and Mg 25 BOV/5 6-34 3 - 5 0/5 5
g ' 1,3122.10-3 f PA P
where f denotes the resonance frequancy of the
oscillating field, and H p denotes the corresponding resonance
value of the c onstant magnetic field(in which the transitions
take place). The resonance values f p and Hp correspond
to the minimum intensity of the refocused eam. The
measurements were carried out according to the method of the
invariable field as well as the method of invariable
frequency. Also the fluctuations of the intensity of the
atom beam were taken into account by means of two different
methods shortly discussed. The maximum error of these
measurements is estimated to amount to 0.12 %. From 26
measurement series the following mean value for the
gyromagnetic ratio is obtained:
g(sr87) - 0,2423 1 0.0003
Card 2/3 this coincides within the error limits with the value

The Magnetic Nuclear Moments of Sr 87 and Mg 25 SSW/56-34 -3-50/55
determined by C. D. Jeffries (Dzhefris) and P. B. Sogo
(Ref 4) according to the method of "nuclear induction".
The diamagnetism, of the atom demands the following
correction;
H true " (1 - O)H measured'
Here Htrue denotes the true value of the magnetic field
strength at the place of the nucleus. According to
W. C. Dickinson (Dikinson) (Ref 5) here holds 6 - 0.00345.
Taking into account this correction as well as the unknown
value of the epin of Sr87 (I - 912) the value of6b (Sr87)
- 1,0939 � 0,0014 nuclear magnetons is obtained for the
magnetic moment of the nucleus of Sr87.
There are 6 references, 0 of which are Soviet.
SUBMITTED: December 25, 1957
Card 3/3

BEGUCHEV) F. P. and LEON-1 MINA, IX_
"Padical Improvement of Tintural Grasslands on Solor-et-7 COM-7e,,2!,
D - -
cf the Lower Volga Desert Steppe.-
Sta.lingrad Agricultural ITIStitute for Beguchev, P.P.
report to be presented at the 8th Intl. Grauslnnd Congress, Pendinp, Friglarid, I].-?I iu!"(,r).

TP,HYUSIINOV, AV., cloV-.tor telLhn. nauk, prof.;, U)MIYEVA, 1.3., aspirantka
Ffft-ct of fiber straightness and parallelism and setting
parameters of the drafter on the drawing stresses. Takst.
Prcm. 25 no.10;14-18 0 165. (MIRA 18:10)
1. 14oskovskiy tekstillnyy institut.

KOGUROVA, M.I.; VOROBIYEVAI Yo.S.; IMNTIYEVAO K.A.
Experience in a polyclinic rheumatological service. Kaz. med.
zhur. 4t73-74 JI-Ag'63 OMIRA 17:2)
1. PoIJklinika No.7 (glavriyy vrach - V.D.Potukin) g. Kazani
(nauclmyy rukovoditell raboty - prof. L.M.Rakhlin).

-T~77 L I..
T, 1P.-cr-Iclat; -!Va.ctrx. ~=Iyrav
icine, - 111u:in
,:,CX~4
"Awt-ption ~Pectmm Of Artxt~wl '*'VrAraul a- I 'MCIOX i:1 U;u 'katicr;iOlct P Lik'C'p" Li.
Faviko,Ach ~ct"imq I.. Lryontlyevj, Lab NiL7-.: Clknip In-t ..U! crt L~ c
ad
C 1 4 pp
"'A'ok Akcd !Ta-xk f., ~ Pjp lova ,, r" Vol L-. ITIj, 3o 3
OVice rewilte of experimnto conduct d to Ltty-y the Womrption tpcctrm of nxatcle aL-,xa-,n
In the ultraviolet ratx.,,ep me of &pectrographic z3#.tl,,W for Pature study of the kine.1c&
of tho prorevEcL of int,-v elation betut.,im rvoL-in nrvJ actvvo-lin writh ;,71" (zt;-cnt.~Linv-p,'=p~Ar1c
acid). :.~y ;xai,'mician Yn. 0. ?arnavj, 20, Junc; 1911.7.
hq-i6h

Lw_UNT'Y6-V,A, i:, D.
USSR/Chemi3try -pectra, Ab7orpt-7on
Clhemi5try Albumln5
"VariationzIn th-,:! Spectral properties of th., Structuriil Albwiin:-~ of Ule I"'Uscles in
the Presenca of Adenoiln-Triphosphoric Acitt," Ydi. 1.1'. Ravik.-Vich, 6". N. SoUlnik,
Y. --. Leontlyeva, Inst of Biol e-nd Me! Chem, Acal Med :7ci U71R, 4 pp
"Dok A;, Nailk SSISR, Nov, Ser" Vol LX, No 61 11+9
Describe renults of rtudies conducti-i rn the absorption spectrz of album.'n arrd
I - -
al-,no-in-triphosphorl, acid (ATF) -in th. ultraviolet 1~and of ti.--. !rp-DAru,,-. to
,let-rmine the phynical 2nA chemical propcrtles of myo!~in ran-i actomyo3-n, Lnj their
var-ration- in th of ATF. ."ubmitt~,A by Ac~A-mician YL. 0. F;-:,nLf7 2-5 Mar 19-!8.
4w

AMELIN, A.G.; BAIMM, A.VaCdoceased]; BRUTSKUS, Te.B.; KELIMAN. Y.N.;
OSH3MOVICH, R.To.; STIPANOV. K.N.; CHIPILNUMKIT, M.L.; 0-
BAMA, N.M.; MIKHALICHUK. B.T., redaktor; L?AW IYIVA, I-D., re-
daktor; SHFAK, Ts.G., teknichaskiy redaktor
[Methods of analyzing and controlling the production of sulfuric
acid and superph*ephateel Motody analism. i kontrolia proizvodstva
8ornei kisl9ty i superfesfata. Bost. A.G.Amielin i dr. Pod red. -
B.T.Mikhalichuka. Moskva, Goo.usuchno-takhn. izd-vo khim. lit-ry,
1955. 159.p. (KLRA 9:5)
l.Moscow. Nauchuyy institut p* ud reniyam i Ineektofungisidam.
(Sulphurse acid) (Phosphat:19))

IL.D..redaktor;
a Avgustovua
Sur VA Margerit ......,askiy redsktor
'HwMCH9 0 V.1.9%
JOMMYVA' h..kie matody
rubberlKhimic
khIm-
lyzing
jzd-VO
EC,nemical metho&O of ana nsuchno-takha. (MLUA lo-4)
analiza rezinY, K,,kva, Goa
lit..rys 1957- 122 9-
(Rilbber-AnGlya 18)
ljy Yul'yovich; RYBNIKOVA,.Anastamiya Invanovna; LlwU7'TZVAP K.D
1,; SHPAK, yo.G., takhnored.
haoical analysis of industrial sewage) Xhimichookii analiS proizvod-
vonnykh stochnykh vod. Moskva, Goo. aauchno-takhn.izdvo khim,
t-ry, 1958. 187 P. (MIRA 11:3)
(Sewage--Analysis) (Sanitary chemistry)

SOV/ 1 37-58-(J-202-J-)
j
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, 1,;r ~-), p 30 1 ~USSR)
AUTHOR: Leont'yeva, K.D.
TITLE: Phase Analysis for Zinc Compounds of Ores Containing Arsenic
and Vanadium (Fazovyy analiz rud, soderzhashchikh mysh'yak
i vanadiy, na soyedineniya tsinka)
PERIODICAL: Sb. nauchn. tr. Gos. n.-i. in-t tsvetn. met., 1958, Nr 14,
pp 93-102
ABSTRACT: The presence of As and V minerals (adamine and descloizite)
in oxidized ores leads to errors in the determination of Zn in
calamine and sphalerite. To eliminate the errors indicated the
following selective solvents are chosen: 5T6 SOlUtlOrl Of CU S-Ul-
fate for calamine and 1% solution of HC1 for detcloizioe T K c,
total Zn content in the specimen is determined by the usual
method but for the determination of Zn in calamine and ada-
mixie 0.5-2.0/g test samples are treated with 100 cc of a 2%
sofution of tartaric acid for 10 min at 18-20'C. The residue is
filtered off and the Zn from adamine in the filtrate is deter-
mined pola rog raphi call y. The residue is treated by the Low
Card 1/2 mixture for 2 hours at 50-600, ammonia is then added, and the

SOV/137-58 9-20245
Phase Analysir, for Zinc Compounds of Ores (cont.1
I
whole is filtered. The smithsonite Zn is determined in the filtrate. To the
residue left after the treatment with the Low mixture, 100 cc of 1% HCl sol-
ution are added and, keeping a constant volume, the mixture is stirred for
one hour at 95-980. The descloizite Zn is determined in the filtrate. There
upon the residue is leached out with 100 c.c of a -.olution of Fe (hloride at 95-
980 and filtered, and the sphalerite Zn is determined in the filtrate. The
residue, undecomposed after all the lea(hings, is dissolved by a mixture of
HN03 and H?S04 arid the Zri )~! deterinmed therein. To determine Zn -,n cala
mine and smithsonite 50 c ( of 50% Cu sulfate solution is added to a 0.5 2.0/g
test sample and the mixture is boiled for three hours while maintain-.rig a
constant volume. The residue is filtered off and the solution is neutralized
with ammonia to Congo red and to every 100 cc of solution 10 drops of HCI
(sp gr 1.19) are addec~then 2-2.5 g of powdered A] are mixed in, and the mix -
Lure is kept for 1-1/Z hours at 50- 60o. The precipitated Cu is filtered off, a
little Al having been put on the filter. In the filtrate Zn 'is determined
polarographically. The results of all the determinations are added up and
the resulting total is compared to the total Zn Lontents. The permissible
deviation is < 10% (relative).
1. Z inc-Determina t ion 2. Ores-Ane-24oir, 3. Polarograpf-.`;~ F. 1.
Card 2/2 -Applivations

sov/137-58-8-18090
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr8, p268(USSR)
AUTHORS: Solntsev. N. 1. , Leont'yey..~. [);--
TITLE- Analysis of the Phases of Tungsten Ores and Concentrates
(Fazovyy analiz vollframovykh rud i kontsentratov)
PERIODICAL: Sb. nauchn. tr. Gos. n. -i. in-t tsvetn. met. , 1958, Nr 1-1,
pp 155-168
ABSTRACT: A method of phase analysis is described which permits one to
determine separately the W of tungstite, scheelite, wolframite,
and hubnerite. The weighted test sample is treated with NH40H
(sp gr 0. 91) at 600C during 4 hours a d filtered. After the re-
moval of NH3 by boiling and using TiTf, as a reducing agent the
tungstite W in the solution is determined photocolorimetrically
with rhodanide. The residue is again dissolved in I-N H2C204
solution at ZOo during 2 hours and filtered. In the solution
scheefite W is determined gravimetrically after decomposing
HZC 0 with return aqua regia or colorimetrically in oxalic-
Zs'iution. The residue is treated for 20 m'in with 2. 4-N
acid o
HCI solution at 1000 and filtered. In the solution the hu"bnerite
Card I/,Z or wolframite W is determined. If both minerals are present

SOVI/l 37-58-8-18090
Analysis of the Phases of Tungsten Ores (cont.
ther the ratio of the W minerals is determined according to a graph and the
W contents of each of them is calculated. In the insoluble residue the rc-
mdining W is determined. It is indicated that in minerals in which both
hubnerite and wolframite are present the precision of the determination of
each of these minerals is decreased.
A. M.
l. TmCsten orer,-Analy.,is 2. Ttmrsten-Dotermination
Card 2/2

I
LTMIXOT. Turiy Sargeyevicp; AGASTAII, P.K., reteenzent; LIONT'TEVA.
K.D., redo; SUM, Te.G., tekhn.red.
(Phyalooohomioal nethods of analysis] Fisiko-khImichaskie
metody analiza. Isdj. Koskva. Gos.nauchno-tekhn.isd-vo
khim.lit-ry. 1960. 438 p. (KIIU 13:5)
(Chemistry, Analytical)

ALIMIN, I-van Pavlovich; FRID, Berta lzrailevna; LEONTIYEVA, K.D.p
red.; KOGMI, V.V., tekhn. red.
(Quantitative microchemical analysis of minerals and ores;
laboratory manual) Kolichestvennyi mikrokl)iricheskii analiz
mineraloy i rud; praktichaskoe rukovodstva. Moskva,, Goa.
nauchno-tokhn.izd-vo khim.lit-ry, 1961. 399 &IRA 15-1)
1. Vsesoyuzrqy nauchno-issledovatel skiy institut mineral-
nogo ayr.'ya (for Alima In, Frid)
(Mineralogical cherdutry) (Microchemistry)

LSONTIYEVA, K.D.; SAMOXHVALOVA, LG.; SRCMKOVA, R.V.
Determination of iron bound vith sphalarite in zinc concen-
trates containing pyrrhotins. Sbor. nauch. trud. Gintsystmeta.
no.l9t773-778 162. (MIRA 1617)
(Zinc ores-Analysis)
(Iron-Analysis)

LEONTIYEVA, K.D., SAMMVALIDIA. W.G.
ion Of nall -Ont~enLi of silver in ores and are
dressing products. Sbor: nquch. trud. Gintavetmeta no.19:
706-709 162. (KrRA 1617)
Orea-Analyals)
lver-AnalyaiB)
M

LEONTOYEVA,, K,D.; BOMMLOVA, V.D.; SAMOKHVALOVA, L.G.
Determining thvIormB in vhich tellurium is found in copper
electrolyte slimes and products of their treatments Sbor. nauch.
trud. Gintevetmeta no.l9s743-749 162, (MIRA 16M
(Copper industry-By-producto) (Tellurium)

LEONTSIEVA2 K.D.
Phase analysis for copper compounds in tailings from the
treatment of copper ores and intermediate products by the combined
Mostovich method. Sbor. nauch. trud. Gintevetmeta no.18:118-126 161.
(14IRA 16:7)
(Tailin s (Metallurgy)-Analysis)
(Copper-Analysis)

LEONTIYEVAO .~tD.; SHK.~,NKOVA, R.V.
Determining oxidJzed -tellurium in metallic tellurium.
Sbor. nauch. trud. Gintsvetmeta no.23t383-388 065.
(MIRA 18:12)

fl~..'I'VNEENFI), I ;' '! "..: . K.; , 1, . I. !:.
, . I . I ~ ~T'X);' ~ :.C' K -' Y A , Y . 1 f i~, f~ C:-C 79 '; 11, -1
j I,Yisenkf3~ , V :Fi . C , f, . 1
Arl~inoTrv,(,etf-s-ririt.iIF7),iists Crom thr vAls ~t' *h-
Mikrobip". zh--,r. 27 '65. 1,0:2,o')
1. Institut mlirurJoIc-gil I Arai:dogJl itti Ukr.i~~Q.

FEDOROVSKAYAP Ye,A. [Fudorovtsl~,j, 0.0,J; Lf,'~);il"YUA, F.I. fixontlieva, K.P.]
Antagonistic prupemleu of nome tivil Lxieterla, Mikrubiol. zhur.
27 no.2z42-45 165o (MIRA 18:5)
1. Institut mikroblologii i viruselogil AN UkrSSRo

Lem 1- yr-:Vil' L A
AU.MOR: Selitskaya S.F., Enb-ineer and ljeontlg~*A., Engine,_-r.
2111LE.: Concerning the volt-ampere characteWstle
o and ctiarginc
conditions of lead, -md nickel-iron accumulatorz. (0
vol'tampernykh khurakteristikakh i zaryadnykh rezhiitiakh
svintsovo-i zholozonikelevyl-di akliumulyatomykh.baturcy.
P.L~i-'10DICAL: "Vestn1k Elek.Lrovrogychlennosti "(Journal of the ~;lcc-~;r-
i-ea-T-Industry) 195'/,Vol.289110.6, pp.70-?2 (U.S.S.R.)
ABSTIUCT In 1957, some uotor tiuck-- will be nuipped with
nickel-iron accumulators type 3 x 3 C IH-?O in place of
lead accumulators 2 x 3 CT-70. It is therefore of
interest to coppare the volt-ampere characteristic of
lead and nickel-iron batteries and also to ascertain the
best way of charging them on an automobile. An inve-st-
igation was made into motor starting conditions, partic-
ularly at low tempei-atures. In makinG the tests allo-;.,-
ance was made for the fact that in automobile servicc
accumulators are charged discontinuously. The batter-
ies were first partially discharged and then somevi~at
Card 1/ 3 recharged after which starter tests were carried out.
The results of the tests am given in Figs. 1 and 2.
Fig. 1 shows that at low tempemtures (-18 OC) if the

Concerning the volt-ampere characteristics and charrgin,-
conditions of lead, and nickel-iron accumulator3.
(Cont.) UO-6-20/24
accumulator is charged and discharged successively Uli,:~
power given out by a lead accumulator is practically
independent of the state of discharge whilst th--it of a
nickel-iron accumulator diminishes appreciably if the
accumu;ator is partially discharged. At a tempuratuiv
of 25 C (Fig. 3) the power delivc-,red by a lead accumu-
lator that is discharged and partially charged in turn
also depends less on the deGree of discharge than in
the case of nickel-iron accumulators. (Fig.4). The
experimental data that was obtained may be used to state
desirable charging conditions for lead and nickel-iron
accumulators on automobiles. Recent investigations
have shown that in modern lead accumulators with impr-
oved types of case, separators, and expanders forthe,
negative electrodes un~dercharging of the battery does
not lead to sulphatinG and other harmful consequences.
However, lead accumulators can readily be damaged by
Card 2/ 3 overcharging. Therefore, the charging conditions for
lead accumulators on automobiles should primarily be
designed to protect them from gross overcharging.

Concerning the volt-ampere characteristics and charging
conditions of lead, and nickel-iron accumulators.
(Cont.) no-6-20/24
Nickel-iron accumulators on the other hand are
subject to damage by undercharging but overcharging
does them hardly any harm. Automobile charging rates
should be arranged accordingly.
There are 4 figures.
ASSOCIATION: Branch of NIAN (Filial NIAN).
SUBMITTIM: Septumber 21, 1956.
AVAILABLE:
Card 3/3

17-1
0

50) UMI I BOOK EXPLOITATION SOV/2216
3av*4ncrAnlye 90 *I*ktrokhlmll. 4th, Moscow. 1956.
?rudy... i Isbornlkl (-rana&etlons of' the Fourtit Conference on Iloct-
rachootstry. Collection of article$) Moscow. 124-T0 AN !=.'
1959. Ma P. Irrata slip Infertod. 2,500 copies printed.
Sponsoring Agentyi Akadenlyn nauic 3338. Ot(3~lenlyq killalenes4*14h, L-4
rAUc
ad itoelAl 3"r4t A.X. Frumic.1n (Romp. Ed.) Academician. O.A. Yealn,
Pmr*ssort 3.1, Zndanov (Romp, Secretary), B.N. Kat~anov. Pro-
f*asor. 3.1. ZZ%danev (RuMp. So cretary)j S.M. Kabanov. Professor%
To. M. tolatyrkin. Doctor of Chemical 341ancss~ V.V. Losev. P.D.
Lukowts*v
Profossori Z.A. 3olov'y*Yaj V.V. Stendir, Pror.seari
i,
and O.N. arlanavlen; 14. of Publishins House& N.G. Yogorov;
Teen. 2d.s T.A. Prusakova.
rtmPons This bocw in intended for chemical and altatrleal out-
no* re, ph"Itlota. Metallurgists and r*soarchors interested in
various aspects of electrochemistry.
138 rtports presented at
1-:10MAGEt The boo1N contains i.~-? or the ,
Fourth Conference on Iloctrec sponsored by the Depart -
0
e.
.1 1 Istry
.1 f Che -I*nz*s and t nstituto of rhys*cal Ch*-.
c
l:U~. USSR. IT,~ collection portalma to dIff.r,nt
ea
n
::.do: y of 3c

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brancha& of else :h I kinetics double layer th*Orl*s d
ta
,
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me rod; pootton and ""trial
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a
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In
galvanic protessa
*;
0!
r
II
~vs~ At the end Of each
a
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ralysts. Abrldgtd discuss 0. d-
&ion. The majority of reports not Included rje~ have been
published In p*rlod.'c&', lIt0z-4turQ- No personalities or* sentlonod,
Reforencts are given at the end or seat of the artic'.&l.
an-1;-V- 4-az~tr (Zroprop*tra-.-3k of
^hoslcal D:.rzhInsK-Y). P~11-'rs'10r
of Irephltq Elgctro4es During tne Anodic Separation of
Chlorine
_2~rsroc`&-.-W~ To.. and G.A. T.yganov (Inst4tuto of Chemistry.
Academy of SclenteS.-VzSSRI. 13IVrce*n Ov*rvaltzge at
Ilettrodes With Haeogen*ous Surface 8J7
-A&Wc-, -4.J6, - I V--F-ssA-jan (rhys*cOcft-m1CAI
Institute I.cn- L. Ya. , rpavl. Mechanism or the Stoul-
tans~s Iloctrochouleal Formation of Fors~lfurlc Acid.
Oxon* and OAyg.n at a Platinum; Anode In Sulfuric Acid
Solutions
volkoy.-Q.1. Z. L. KII-xi, To. K. Susorova and N. V. Chers-
-
e of Suts-ances on the
irfluenc
Rat. or Decomposition 0r Sod-um, A".144ma 641
1111n. 0. 0.. and V-I--.3kr4.pcna=ko (NQTOch4r4A3G9 POlYt*Chn%C

Four~h Conr.rancs (cont. SOrV/.'2i6
the
Trsn2aetlO~s Of
Ordsh-1.1dze). lrf%Q~co or it... N3t--.
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polyt-chnc E;octro'7t'-c
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ReducxIon or
Disc Asian IN. A. PedOtO~. R.1. "4"OvIch Y.. M. K~chlnswty.
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, ontributing &uthOr~1
Ko.nano~. and c
G
&VAILASLKt Library of Conjr*ss T"Joc
Card 34t34 9-30-,~9

TOEKALA13V, S.F., dotsent Edeceasedh KUZHKM, H.S.. doteent; OSTROVI-
TTA11OV, X.Y., akedemik: ALHXSBYEV, A.M., dotsent; EMROV, V.M.;
LZONTITEV L.A. Prinimali uchastiye: BELTATRVA. Z.N., kand.ekon.
nia; KILACHKOVSKATA, I.M., kand.ekonom.nauk; RUDINA. M.N.$
kand.okonom.nauk; SHIRINSKIT, I.D., kand.ekonom.nauki red*;
TUMASM. I.I., Imnd.ekonom.nauk: PRCKOPITIV. S.P.. red.; NAUMOV,
K.M., tekhn.red.
[Capitalist production method] Kapitalisticheskii sposob pro-
izvodstva. Moskva. Pt.2. 196o. 357 P. (MIRA 13:10)
1. KowninistichaskBys partiya Sovetskogo Soyuza. Vyssbnya
partiynaya shkols. 2. Chlon-korreopondent Akademii nauk SSSR (for
Leontlyev).
(Economics)

S/079/6r,,1030/011/002/026
BOO1/BO66
AUTRORSt Kosteova, A. G. and Leontlyeva, L. B.
TITLEs Investigation of Aikane Sulfonic Acids. XXIII. Synthesis and
Properties of Some Eaters of Methane Sulfonic Acid
FERIODICALt Zhurnal obahchey khimiij ig6o, Vol. 30, No. 11,
pp. 3541-3542
TEXTs The purpose of the present paper was the synthesis of some methane
sulfonic acid esters which are described, but not sufficiently charac-
terizedp in publications, as well as some new esters of this acid. The
authors obtaineds bis (methane sulfonate) of ethylene glycol (1), biB
(methane sulfonate) of rx,r-butylene glycol (II), tri-(methane sulfonate)of
lyc6rol (III) I methane sulfonate of ethylene chlorohydrin (IV)t bis
ethane aulfonate) of o~-ohlorohydrin of glycerol (Y), of which (II) and
Vm) have so far not been described. The reaction took place by mixing
~
methane sulfochloride with the corresponding alcohol in pyridine medium
under cooling with subse uent precipitation of the eater by means of
acid. The esters (II) resulted in good yields, (I), however, in
Card 1/2

Investigation of Alkane Sulfonic Acids. -9/079/60/030/011/002/026
XXIII. Synthesis and Properties of Some BOOI/BO66
E3ters of Methane Sulfonio Acid
poor yield. There are I table and 4 referencest 3 Soviet, 1 Belgian,
1 Germang I British# and I Canadian.
ASSOCIATIONs Voronezhakiy gosudarstvennyy universitet (Voronezh State
University)
SUBMITTEDs July 3P 1959
Card 2/2

XOSTBOVA, A.G.-,,.LEOIiT'YZTA, L.B.
Alkanesulfonic acids. Part 23. Synthesis and properties of some
esters of nothanejulfonle acid. Zbur. ob. khIm. 30 no.11:3541-
3542 N160. (MIU 13:11)
1. Yoronesh,;kiy gosudarstvennyy univereltet.
(Methanesulfouic acid)

I,I,ONTIYFVA, L.D.; OZERETSKOVSKIY, N.A.; KOKORIN, I.N.
Adaptational-protective reaction of the organism In diptheria
Intoxication. Vest. AMN SSSR 19 no.)t37-42 164.
(HIPLA 17: 10)
1. Moskovskiy institut vaktain I nyvorotok imeni MschnIkovs I
Institut epidemiologii i mikrobiologil Iment, Gamalel AMN SSSR,
Moskva.

LEONTIYEVA, 1,.G.
Dysentery control In Kiln District, Moscow Province. Zdrpv.Roi.Yeder.
2 no.5:25-30 My 'J8. (MMA 11:5)
1. Is Instituta organiZAtGil %drnvnokhrAnsnIyA I istoril, meditainy
inent. N.A. Semashko Hinisteretvn sdrAvookhrAnentyA SSSR. Direktor
Te.D. Ashurkov.
(KLIN DISTRICT--DTSENTERT)

LZOINTIMA, L.G., nauchw notrudnik.
0
Work of annitar7 and epidemiological stations under the new industrial
dminiRtratinn s7stem, Gig. i san, 23 no-12:36-39 D 158. OWA 12: 1)
:
. 1z Instituta organizat6ii zdravookhranenl7a i istorii meditainy imeni,
- - - hko ANN SSSR.
(INDUSTRIAL HYGI)CN3
in Jbissia (Rug))

ZHUrOT, A.Te.; LIDONVYIVA, L.G.
Activities of a polyclinic at the Stalinogorsk Chemical Plant in
Tula Province in lovering morbidity among vorkers. Sov.sdrav. 18
no-101-8-13 159. (KIRA 13:2)
1. Is mediko-sanitarnoy chasti Stalinogorskogo khimkombinata (Tull-
s)mya oblast I ).
(INWSTRILL MEDICINE)
(CMICAL INDUSTRT)

ISWiTIMAO L.G.
Diphteria and some of ita epidemiologlcal characteristics in
foreign countries. Zdrav. Ros. Feder. 8 no.2t2l-24 F163
(MIRA 27:3)
1. Institut organizatsii zdravookhranenlya i Istoril medit--I-
ny imeni li.A. Sanashko.

L 26 -.6' EWPI(j )/EWT(m
FACC NRt 1a'6017363'
SOURCE CODE: UR/0062/66/000/003/0556/0558
AUTHOR: Nesmeyancy, A. N-L Leontlyeva L.16; Uet, yuk, Yu. A.
yn
.ORG: Moscow State UniversitZ im. M. V. Lamonosov (Moskovskiy gosudarstvennyy
universil-M-
TITLE: Triferrocenylchloromethane hydrochloride I
SOURCE: AN SSSR, Izvestlya. Soriya khimicheskaya, no. 3, 1966, 556-558
TOPIC TAGS: organic synthetic process, perchloric acid, Perchlorate, hydrogen
chloride, organoiron compound
ABSTRACT: The Ionic triferrocenylmethylperchlorate and triferrocenylchloromethane
hydrochloride were synthesized by reaction of triferrocenylearbinol with perchloric
acid in benzene and anhydrous HCl in ether, respectively.
(03H3M )300H HC104 (C 11 FeC H
5H4 -C::~ 5 5 5 4)3CC104
H01 (C 51H5FeC H4)3CM. HC1
In polar solutions triferrocenylehloromthane hydrochloride decomposes to'form
ferroceny1fulvene. WPHS]
SUB CODES 07 /. SUBN DATE: 22jul65 / ORIG REFS 003 OTH REFS 002

SOURCE CODE:
59
AUTHOR: NeameZnov, As _N.,$ Perevalova, -E.- G.;- Leont.!yeva, L. I.; Usty~~k, Yu. A
ORG; Moscow State University im. M. V. Lomonosov (Moskovskiy gosud!Lrstvennyy -2- d
universitet)
TITLEt Reactions of ttiferrocealchloromethoo hydrochloride
SOURCEt AN SSSR. Izveatiya. Seriya khimicheekaya, no. 3, 1966# 558-559
TOPIC TAGS: organoiron compound,, chlorinated organic compound, organomagnosium comp
organosodium compoundp organolithium compound, chemical reaction O~
ABSTRACTI Triferrocenylehloromethnne hydrochloride reacts with nucleophilic
reagents (organomagnesiwn and organosodium compounds, lithium aluminohydride,
sodium methylate and sodium cyanide) to form the corresponding derivatives or
triferrocen.vlmetham s [JFRS3
SUB CODE: Y7 / SUBM DATE: 22Jul65 / ORIG Rff-. 002 / OTH REF.-

NFSMLYAIIOVI A.N.; PFRFVALOVA, E.G.; 'LER~LIYFVAZ__U.; USTYNYUK, Yu.A.
Ferrocanylmethylthiol and methyl(ferrocenylmethyl) Eulflic.
Izv. AN SSSR. Ser. Min. no.9:1696-1697 165. (YIPA 18;9)
1. Mookovskly gonudarstvennyy univereltot.

L EWT(M)/EWp(j) RM
ACC NRs AP5027691 SOURCE CODE: UH/0062 65/000/010/1882/1884
AUTHOR: Nesmeyanoir# A. N.; Parevalov!xp E. G;~jontlyeva L. I.;
Ust=kp Y5*-A*
IORG: Moscow State University.im.__M. V. Lomonosova (Moskovalkiy
jgosudarstvonnyy universitet)
FTITLE: Synthesis of 1,,2-disubstituted ferrocenes.V i
I
SOURCE: AN SSSR. Izvestiya. Seriya khimicheskayas no, 10# 1965,
1882-1884
1
TOPIC TAGS: ferrocene, chemical reactionp desulfurizationp chemical
reduction
ABSTRACT: The reduction of 1,2-(2#-thia-4'-ketotetramethyleno)ferrocens
(1) was investigated In order to find suitable methods for the synthesis
of-homoannular disubstituted forrocenos. I was desulfurizod with
Raney nickel to form 102-methylethyl- and 1#2-mothylacetylferrocene,
Reduction of I with lithium aluminum hydrido gave 102-(21-thia-41-hydro-
xytetramethyleno)ferrocone (11). Reduction of I in the presence of
aluminum chloride gave 1#2-(2t-thiatetramoth7lone)-forrocene a small
amount of 110 and methy1ferrocenes and in one Instance, 1.2-t2l-thla-
31,741-dehydrotatramethylene)forrocone. Orig. art. has: 2 equations.
2
UDC: 5!gjt91+5h7�35+546.72

L 27456-66

TSUKEIN A NiK 1 .1'.; LECIN' YE"N A, L.I.
14(-tticA.tj (if of ort.- 1:ul'
khim. zi;ur. 9 no. 4:33-34 165.
1. Tu:;hkentskly groswiarstvermpy univer-,Attt !men', L~2n.r4.
MituAtted 19, 19u'..

LC--ON'r'YEVn,
LWrr#EVA, L. P., SHMDFMVI, L. A.
I~votonla reaction of the pupU folloidnr, alcoholintion of the
second branch of t1y) triewdml nor". '79ffte oft, 29:69
N
1
ov,-Doc~ 50~ P. 34-5
CUIL 20, 3,, March 1951

LEONTIYEVAt Lidiya Pavlovnai.ABD1JLGAFAFt.V, Ye., red.; POPUICHENKC,T.,
Colchn.' red.
(Old age retreats] Starost' otstupaet. Alma-Ata, Kazgosizdat,
1963. 197 P. (MIRA 16:11)
(Kaznkbstan--Aged'j (Longevity)

ISHCHUK, Yu.L.; SYSUrEV, I.A.; LEONTOYEVA, L.S.
Improvement of the technological process for preparing lead
atearate. Trudy BONHZ no.1:16~19 163. (MM 16t6)
(Lead salts) (Stearic acid)