SCIENTIFIC ABSTRACT SMIRNOVA, YE.YE. - SMIRNOVA-GARAYEVA, N.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651710007-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

EDELtSlITE-qf G.Lqp prof.j,-SMTqIGVA,,_.)(e,X_p_,_j GORBUkVAp Z.K.
Etiology,of scoliosis and kyphoscolicsis. nrav. Kazakh. 21 no.l:
12-16 410 (MIRA 14- 3)
Iz kafedry travmatologii i ortopedii (zav. - professor G.L.
Edel?shteyn) Kazakhskogo meditsinskogo instituta i Sverdlovskogo"-
instituta travmatologii ~ ortopedii.
(SPINE--ABNOFMITIES AM) DEFOR%IITIES)

EDEL;SHTEYN, G. L., prof.; UDALOVA, N. F., na-achnyy sotrudnik;
GORBRI-JOVA, Z. K., ~..auchryy sotrudnikj SMITLNIOVA_YA___~,~~.. starshiy
nauchnyy sotrudnik
X-ray characteristics of lateral curvature of the spine. Zdrav.
Kazakh. no-4:19-23 162. (MIRA 15:6)
1. Iz Sverdlovskogo Nauohno-issledovatellskogo instituta trav-
matologii i ortopedii (direktor - kandidat meditsinskikh nauk
Z. P. Lubegina) i Kazalchskogo meditsinskogo instituta (direktor -
professor R. I. Samarin)
(SPINF-ABNORMITIES kND DEFORMITIES)

~CC NR-. -(A SOURCE CODE: UP,/04-13/66/OW/012/0135/0135
06021826
IN'TEENTORS: Gubin, A. I.; Dobkina, Ye. N.; Smirnova, Yu. A.
ORG: none
TITIE: A solder for soldering ofproducts. Class 49, 110. 183037
SOURCE: izobreteniya, promyshiennyye obraztsy, tovarnyyo znaki, no. 12, 19660 135
TOPIC TAGS: soldor, soldering, tin, antimony, copper, silver
ABSTULCT: This Author Certificate presents a solder containing tin, antimony, copper,
and silver for soldering products. To obtain soldered joints resisting corrosion
at all climatic conditions', the composition is taken in the following percent rela-
tion: antimony 1 + 0.3; copper 2 + 0.3; silver 5 0.3; tin-the remainder.
SUB CODE: 131 SUBM DATE: 08jun64
UDC: 621.791.3

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KLARK, G.B.; GOPIUSP A.Ye.;,_PMIUJOVA. Yu.A.
Effect of ellmatic conditions an the corrosion cracking of brass.
Trudy Inst.fiz.khim. 8:110-129 160. (MJRA 14:4)
(Brass-Corrosion) (Corrosion and anticorrosives-Climatic factors)

-."-

-37030 45- -j-
ACCESSION NR: AP50m!~

1'. :Tes't,*duration, h.r

eight loss,

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'f or: &,:g ass"reinfo ced
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'.plastic, in which I' was used as abinder Orig art.,': his i4, for--
;;mulas, 3 graphs, and 2 table
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i~ASSOCIATION: In
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mentoorga a 'A dem

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nauk -of
SSSR'(Inatitute!
Orjzah6e.i~ entai:
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ENCL: 00 SUB ~CODE OC MT

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L 22000- 66 B-IT(M)/EWP(V)/.UIP(j)/T/Bre(m)-6 IJP(c) LTV. lhbi
C22
ACCESSION NR: AP5024504 UR/0191/65/000/010/0031/0034
678.674,06-419:677.521.01.539.219.2 Jr3j
AUTHOR: Sukhareva, L.'A.; Smirnova, Yu. P.; Zubov, P. I.; Zamotova, A. V,
A
Khvilivitskiy, R. Ya.
TITLE: Internal strain in reinforced systems based on polyester acrylate binders'
SOURCE: Plasticheskiye massy, no. 10, 1965, 31-34
f 7,0PIC IPAGS: fiberglass, glass cloth, epoxy plastic, polyester plastic, adhe
internal stress, bending strength, rupture strength
ABSTRACT: The effect of curing conditions, binder composition and surface
treatment of the reinfor a dhes1v1*M.-'-.'_
rng glass on the internal strain, mechanical, and
properties of fiberglass was studied. Two curing rates were used--(l) gradual
heating for 19 hours to 200 C and then holding at 200 C for 10 hours, and (2)
heating to 200 C in 2 hours and holding for 20 hours. Glass cord treated with
paraffin emulsion or with vinyltriethyoxysilane and glass cord heat treated at.":
400-450C were used for reinforcing. A two-component system (epoM resin and
polyester acrylate MD) or a three-component system (epoxy, MD ajid an unsaturafa'-,'.-~
i ed carboxyl-conta--ifiing compound) were used as binders. Internal%train was
(Card 1/2

L 220,00-66
ACCESa ON NR: AP5024504
greater across the warp than along the warp. Greater internal strains were pro-;
duced by the slower curing method. The mechanical characteristics of fiberglass*~
cured by method (2) were generally higher. Physical- mechanical properties and
internal strain were lower in fiberglass made of the three-component binder.
Paraffin emulsion had little effect on internal strain, while the silane coating in-
creased internal strain in the fiberglass made of the three-component binder. Th
strength properties of the fiberglass depend on the ratio of the internal strain
values to the adhesion of the binder to the glass fiber surface. Fiberglass made
of resin based on the carboxyl- containing compound, which has greatest internal
strain and least adhesion, is weakest. Greatest strength was obtained with the
three-component binder applied to glass cloth treated with vinyltriethyoxysilane,
where adhesive strength exceeds 200 kg/sq cm and the glass is torn out when the
sample is broken. Orig. art. has; 8 figures and 3 tables
ASSOCIATION- None
SUBMITTED: 00 ENCL: 00 SUB CODE:
NR REF SOV: 003 OTHER: 000
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L r, 1. i,k-y bC- 1 ni t.F~ yA I d I

POIT(VARE12 A.A. - T-TIR'011A) ZIA.
Anatomicoelectrocardiographic parallels in chronic cor pul-
mona-le. Vrach. delo no.1:46-48 Ja'64 (HIRA 17:3)
1. Kafedra gospitallnoy ternpii (nacliallnik - deystiritellnyy
chlen IU-i SSSR, prof, N.S. Molchanov) Voyenno-.meditsinskoy
alcatlemii imeni SJM.Kirova i patolotfoanatomicheskoye otdeloni3e
.,radskoy oblastroy klinicheskoy boll-
Nav. - Z.A. Smirnova) Lening
nitoy.

Yew~eniy Fedotovich; RUDICE, K.E., red.; alIFTOVA, Z.A.,
red.; SEUKOVA, T.M., tekhn. red.
[Volcanoclastic rocks] Vulkanoklasticheskie gornye po--ody.
Nfoskva, Gosgeoltekhizdat, 1963. 167 p. (MIRA 16:1-2)
(Volcanic ash, tuff, etc.)

L j
Shcher'ba)
a,-,n Y-.7

NIKOLAYEV, Nikolay Ivanovich; .~iMIAWVA, Z.A.t red.; GUROVA,,--G.A.,
tekhn. red. -------- -
-" -f
(Recent tectonic movements and their evidence in the structure
and relief of the territory of the U.S.S.R.] Neotektonika i ee
vyrazhenle v strukture i rellefe territorii SSSR; voprosy re-
gionallnoi i teoreticheskoi neotektoniki. Moskva, Gosgeoltekh-
izdat, 1962. 391 p. (MIRA 16:5)
(Geology, Structural)

SILWESTROV, V.P.; SMIRNOVA, Z.A.
Errors in the diagnosis and treatment of some complications of
antibacterial therapy. Kaz.med.zhur. no.4:22-27 Jl-Ag 162.
(MIRA 15:8)
1. Kafedra gospitallnoy terapii (nacballnik - deystvitellnyy chlen
AMN SSSR, prof. N.S.Molchanov) Voyenno-meditsinskoy ordena Lenina
akademii imeni S.M.Kirova t Leningradskaya oblastnaya klinicheskaya
bollnitsa (glavnyy vracb -- A.P.Yegorova).
(ANTIBIOTICS--TOXIGOLOGY)

SMIRNOVA, ZA.
Two cases of gastrogenic tetany. Sov.med. 25 noi,2:13(,v--138 F 161.
(MI14 14:3)
1. Iz kliniki gospitallnoy khirurgil (zav. - zasluzhennyy deyatell
nauki Dagestanskoy ASSR prof.M.T.Nagornyy) Dagesta##'-rogo meditain-
skogo instituta (direktor - dotsent M.M.Maksudav) i gorodskoy
klinicheskoy bollnitsy (glavnyy vrach B.E.Kot).
(TETANY) (PYLORIC'tTENOSIS)

L05 73
S/070/62/007/005/008/014
2132/E46o
AUTHOR5; Mokiyevskiy, V.A., S TI~R~Oq-_Z.A., Afanasyev, I.I.
TITLL; Joining crystals of lithium fluoride by'a "dry" method
PERIODICAL: Kristallografiya, v.7, no.5, 1962, 768-772 + 1 plate
TEXT: When two polished crystal surfaces are brought into
contact, processes connected with the ordering of the structure
lead to the growing together'of the crystals. 3imultaneously
annealing takes place. Hence, birefringence connected with the
boundary surface is rarely found. If appreciable plastic
deformation takes place on joining the surfaces together,
because of- the loading on surfaces of small radius of curvature,
then slipping occurs and the wi'de range of ori4intations of the
blocks leads to the formation of a large number.of negative
.crystals at the interf'ace. 'Large radii of.curvature of the'
surfaces brought together and parallel orientation of the I
components appear to be the conditions for successful welding.
The loading necessary has to be determined-experimentally and the
unifor'm distribution of load is one of the necessary conditions
for successful joining. The time needed depends on temperature
but for the best results subsequent annealing is more important
Card 1/2

SMIRNOVA I Z. 'A .
Cpnd Med ',ci - (diss) I'Medicinril of increased, blood
loss, in Subsequent arid early post-nat,91 period." Khar'kov, 1~-,61.
ll~ pu; (Xhar'kov State Med Inst); 2-1,~O coDies; free; (KL, 7-61
1 1. -
sup, 262)

S M / P- A;O,~' j~ , 2,
USSR/Meado-w Culti Vatiori. L
Abs J-Dur Bef Zhur - BiDl., No 21, 1956, 958"'
Author Si-.drnova, Z.A.
Inst Petrozav,--)dskiy University.
Title Influence of Mineral Fertilizers on Pasture Grass Stand.
Orig 1-lub, Sb. nauchn. rabot stud. Petrozavodsko~p un-ta, 1957, vYP.
4, 111-120.
Abstract 171o abstract.
Card 1/1

1
Y~,.~:orova, Yo I Kazl~tiniknvat ft. V. t t-q-.Laa~
F. A. , Snirnc--va , Z. A T,'0Ilay-IVa, T. V.
-nd poly.-terization (copolymerization) of fluoron-
styr-nes. t. Copolymerizttiori of fbiornn-
:iubstitutwl styrenes with vinyl monomer!)
soyedineniya, v. J, no. I
2 5
i. This de!;aribf~z4 the autiiorr' experiments in the production Wril
of th, copolymers of a, eS, A' -trii"Looro styrone *.,ith 2,5-
jLvrenu and methyl methacrylate; o-, m- tnd p-nethyl-a, f,, 131 -, k/
llviflijoro styreno aith styrene, a, 15-4irluoro-(Y-chloro styrene with LI-I
j,"Yre.-IC, ~n,l 2,5--iii'luoro rfyrqnc. The imulsion used for copolymerization
con5iuted of 60 -85 ,' --,atar, 2.5 claulgifier (t;oalium stearate ordeate),
and 0-5 ,, persulCate initiator. The monomilr mixtureo which was adddd drop-
wine aft,ir heat Ing to 80 - q0oC, contained azoinobutyric acid dinitriln
(0.5 ~-n initiator. Eleven copolymers of the above monomers were ob-
tained Their compositions and properties are given in Table 2. The heaat
Card i;~V

S /190/6 2/004/006/016/026
5.vntne~lis ~.-nd B124/B136
'It' tno thus incr~uz-s vith th---
flucro
"ilat-nt copolyaner. An excoptinn iz: that of
?-tyrenta a4th st,-,-rLnc, th-2 heat rc:3j.5tanca of which in 40C
hit-her tit-cin that of polystyrnne pro!luce~ uwkr n4mila- conditionn. T h i z
t'wl to ttw lf-r cr)nrintration ubitituteA qtyrena (16 rJO10,4)
III Lh.. -in'l W OIL, oxtrr~,moly low molecular of Lhe vi:o-
-I'le L t 0.05) - Th*ire are .2 tRblea. The Eng! i 511- 1 AngUAri2 references
r,ro I D. LivinCstovinw J. Polymer Sci., 20, 4d5, 19561 1!.. Prober, J. Anor.
'new
L;oc 75 ,
Inatitut -ysokono1eku1.yarnykh aoyndineniy AN SSSR (Inatituto
of Comnounds of the A3 USSR)
Ix ~ 1 D t A i I 1 6 1
-'abie 2: Copol..miprizrt ~on tire, yield, compo;3ition 'ind intrinsic vis-
the eopolyi.!rs. Le ge nd length, houra; M copolymer
compogit.)n of copolymer (D) inttrin5ic viacosities
of the benzana aolutio!-j of copolynern at 20 0 C; ~F) copolwers of

ACCESSION NR: AP4042184 S/0190/64/006/007/1187/1189
AUTHOR: Yegorova, Ye. I.; SmirnoVa,(Z. A.; Dokukina, A. F.
TITLE: Synthesis and polymerization (copolymerization) of fluorinated
styrenes. III. Preparation and properties of copolymers of-styrenes
fluorinated in the vinyl groups with vinyl monomers
1964,
SOURCE: Vy*sokomolekulyarny*ye soyedineniya, v. 6, no. 7
1187-1189
TOPIC TAGS: copolymer, copolymerization, fluirinated styrene,-vinyl
monomer, thermoplastic copolymer, dielectric copolymer, heat-resistant
copolymer, alpha.beta.beta-trifluorostyrene-2.5-dimethylstyrene co-
polymer
ABSTRACT: The following new copolymers of fluorinated styrenes with!
vinyl monomers have been synthesized: a.s.B-trif luorostyrene wish
styrene, 2. 5 -dime thylstyrene or 2.5-diflucrostyrene; 4-methyl-cL.
6.8-trifluorostyrene with styrene or- 2,5-dimethylstyrehe; and
3-methyl-a,B,B-tri*fliio,rostyrene, 6-fluorostyrane,or C-(difluoro-
methyl) styrene with siyr~ne. The copolymerizahon was' conducted
1~__ei.thjr in emulsion at 60C (initiators, potassi6m persulfate.and
-1 2
Cardf
-------------

ACCESSION NR: AP4042184
azobiiisobutyronitrile), or in the liquid phase: 1) with a stepwise
increase of temperature from 50 to 170C or 2) at 60C I(initiator,
azobisisobutyronitrile). The preparation methods, compo'sition,and
properties of the copolymers are described. The synthesize7d copoly-
mers are thermoplastics and dielectrics. They dissolvi; readily,in
organic solvents. Emulsion copolymerized products have a.,higher
molecular weight and a higher-heat resistance than those copolymerized
in the liquid phase. The highest heat resistance (190C) is exhibited
by a. B.0-t rif 1 uoro a tyrene-2.5-dime thy lstyrene copolymers. "The
authors express their deep appreciation to M. M. Koton for valuable
instructions during the dis'cussion of the study and to K. X. Kocheshkov,
in whose laboratory the monomers were synthesized:' Orig. art. has:
2 tables.
ASSOCIATION: Leningradski7 polytekhnicheskiy institut im.' M. I...
Kalinin (Leningrad Polytechnic Institute).
SUBMITTED: 09Apr62
SUB CODE:
C&d -.2/2
cc, HT
ATD PRESS: 3055 ENCL: 00
NO REF SOV: 004 OTHER: 000

L
ACC IIR: AP6003423
at various compositions were invesltlir7ated, Graft copolymers of styrene with styrene
copolymers of I, II, and III were produced. Investigated copolymers were prepared
by free radical polymerization in bulk, in emulsion, and in solution, as described
by'll. M. Koton, K. A. Kocheshkov, I. A. Gorshkova, A. F. Dokukina, and Ye. M. Panov
(Kokl. AN SSSR, 1561 51 1120, 1964). Solubility, thermal stability, viscosity
limits, and density of copolymers were determined, and their IR spectra are
described. Copolymers obtained in bulk process were insoluble and thermally
unstable, those prepared in solution were soluble and more thermally stable (100C)o
while the emulsion process yielded insoluble and thermally very stable products.
The authors express their gratitude to K. A. Kocheshkov and Ye. V. Kuvshinsky for
valuable comments during evaluation of this work. Orig. art. has: 1 table, 2
figures, and 3 structures.
SUB CODE: 07/ SUBM DATE: 25Feb65/ ORIG REF: 003
Card 212

-L---115 1-66- WrO )/EWT(m
ACC
NRI AP6000183 Lt SOURCE CODE:- UR/0032/65/031/012/1483/14 i5l,
AUTH
OR: Ananlyeva, V.; Smirn(ova, Z. F.
0.~G: ncne
TITLE: X-ray investigation of the single crysta aggregates
SOURCE: Zavodskaya laboratoriya, v. 31, no. 12, 1965, 1483-1485
TOPIC TAGS: single crystal, x ray, lattice defect, sapphire, ruby, fluorite, gonio-
meter
X A-41 uv-44-4~4r,4tIm- A A-,I
ABSTRACT: The mosaic structure of single crystals was examined with a URS-50I dif-
fractometer. The object of the study was to determine the feasibility of a detailed
investigation of structural imperfections in.single crystals of sapphire, ruby and
fluorite. X ray spectra of single crystals were taken by placing them in a URS.
diffractometer in such a way that the single crystal surface coincided with the axis
of the GUR-3 goniometer. The crystal surface was illuminated with an x ray beam with
5-9 degree horizontal deflection and aa unlimited vertical deflection. The x ray pho-1
tographs were taken successively during 2-30 vertical rotation of the crystal sample
with respect to the axis of the GUR-3 goniometer. During the rotation of a sEimple
composed of randomly oriented particles of single crystals, various particles pass
UDC: 548.734
Card 1/2

L 11543-66
ACC NR. AP6000183
through the deflection point. Examination of the series of photographs at various
sample positions with respect to the horiiontal axis makes it possible to determine
the topographical details of the single crystal structure. Orig. art. has: 2 figures.
SUB CODE: 20/ SUBM DATE: 00/ ORIG REF: 001/ OTH REr: oo4
GO
Card 2/2

B ERZ A K, B-FAML- , TjLi KAGANOVA, Y,.!.; PLOTITSTINA, K.M.; S~LLRNOVA, Z.M.
Ex-,ard-ence in rhe d'ete:!tIcn of card i:) vasc,.u-',- - rath'-siLgy La th-z
,;('.-mpound examlna~'-~n of thoracic organs in rural Fcpu-ation. So-7.
mej, .18 nc.7-.93-';-6 J-1 164.
&)2' Ishechernigovskaya sel 13kaya b,,-,l Initsa (glavnvy II.M.
Smirnova) Kuybyshevskoy AlLasti. Nau--hnyy prof.
V. V. "I Od I ye V.

N 13RLZMESK TY , V.V . ; S I -I T R NO VA , Z M.
Stuay on Alveococcus multi-locular-is (Echinococcus multilocularis)
Leuckart, 1863 chromosomes. Preliminary report. I'lled. paraz. i
para-z.. bol. 34 no-3:351-352 Ry-,Te 165.
(I-ff RA 18:7)
1. Institut -,edits-inskoy parazitologii i tropicheskoy meditsiny
-L:7.eni. Ye.I. Mhrtsinovskogo Mini-tersfva zdravookhraneni7a SSSR,
M,GZ31
-~Va.
1

SMIR1,11011A, Z.S.
Results of the Jlxivastigatlun- of the ai-,~ of an oil and gas area
as to the praBemc5 of leoct6rla. Mikro-
biologila 32 (MIRA 17-3)
1. Vsesoyuznyy
n eftyanoy bis -Lu M, -ACvta~

--- ----- - ------
ACCESSICIN NR: AP4037056 S/0073/64/030/003/6~99/0502
AMOR: 15=2aevakayaj, V. F.; Nornevy K. A.; Smirnova-Zomkova, 8. Ye.
-TITIE: Fo2.yamides with aromatic and heterocyclic rings in the chain-I]X,Folyamider,
:based on furaa-2p5- and thiophene-2.5-4.1icarboiqlic acids and come aryl; -aliyhatic
:diamines
!SOURCE: Ukrainakiy khimicheakiy zhuraal,, Y. 30., no- 51, 1964., 499-502
'TOPIC TAGS: furan polyamide, tbiophene polyamide,, arcimatio ring,, heterocyclic ring
:furan ring, thipphene ringy aliphatic dismine
;ABSTRACT: The authors refer to their previous work, where they ascertained that
the-substitution of the furan, for the thiophene ring In the':acid component results
1- notab.),y lowered melting point of polyamidez based on aliphatic diaminea. The
.present article is a study of the same situatioa with aryl -aliphatic diamines.
iPolyamides were prepared by Interpbase polycondensation from hydrochloric saLts of
:aryl -aliphatic diamines and cliloroaubydrides of furan-2,5- and thiophew-2,5-
Idicarboxylic acids. The following diamines were used in these condensations:
ip-3WIydenedlamina,
I Card

GROMOV, S.A.; SMIRNOVA, Z.A.
Clinical aspects and histopathology of aneurysms in the
vessels of the brain. Vop. psikh. i nevr. no.9%118-123
162. (KRA 17 - 1)
1. Ieningradskaya oblagtnaya klinicheskaya bollnitsa
(glavnyy vrach - A.P. Yagorova).

KOROLEV, Aleksey Vasillyevich; SHE-KHTRiTi, Pavel
VOLIFSOLT , F.I., retsenzent; YEINIAKIDV, N.F,, red.;
SN! I RN 0 v A I Z. 'At.Ived. red.
- - -.-I'- -- , --- - ,
(Structural conditions governin.g tne distribution of
postmagmatic ores] Strukturnye usloviia razmeshchenila
poslemagmaticheskikh rud. Moskva, Nedra, 1965. 506 p.
(MIILA 18:4)

ILLARIONOV, V.V.; SILIRNGVA, Z.G.;, KNYAUNA, K.P.
..A-
Partial~'e'quilibrium pressures of HF, SiF4. and H20 above aqubous
solutions. Zhur.prikl.khim. 36 no.2:237-:2/+l F 163. (MMA 16-3)
(Hydrofluoric acid) (Silicon fluoride) (vapor pressure)

SMIRNOVAJI Z.G.; ILLARIONOV, V.V.; VOLIFKOVICH, S.I.
. . .-I -- - ----
Heats of formation of fluorapatite, bydraxylapatite, and
tricalcium phosphates (0(- and/9-modifications). Zhur.
neorg. khim. 7 no.8'1779-1782 Ag 162. (MIRA 16:6)
1. Nauchno-issledovatellskly institut udobreniy i insektofungi-
aidav.
(Apatite) (Flydroxylapatite)
(Calcium phosphate) (Heat of formation)

SMI,WOVA, Z. I.
Experience in using various types of resilient covering. Tekst.
prom. 16 no.9:24--26 S 156. OMR& 9. 12)
1. Zaveduyushchiy TSentrallnoy laboratoriyey Glavivkhlopproma.
(Spinning machinery)

SMIRITOVA, Z. 1.
Testing reconditioned polyvinyl chloride couulings. Tekst.T)rON. 18
no.L~:56-57 Ap 159. (MIRA 11:4)
1. Zaveduyushchiy TSentrallnoy laboratoriyey pri tekstillnom upravlenii
Ivanovskogo sovnArkhoza.
(Spinning machinery--Maintenance and repair)

0
BELYAYL'VSKIY. N.A.; VARGIN, N.I.; IVANOV, Yu.A.; SMI11110VA, Z.I.
Results of the conference of geologists of the European part of
the U.S.S.R. Sov. gaol, 2 no.6:138-142 Je '59. (KIRA 12:12)
l.Ministerstvo geologli i okhrany nedr SSSR.
(Geology)

SMIRNOVA I Z. I.
Necessity for increasing the effectiveiass of geophysical
prospecting for ore deposits. SOV-9001. 4 no.11:174-177
N 161. (MIRA 14:11)
1. Rinisterstvo geologii i okhrany nedr SSSR.
(Prospecting)

4'Y 'USTOVA, Z.M.; VABILI)59VA, M.V.; GELICHINSKIY,
MAUS A SYjMNOVA, Z.M.; K
Me.; O&MOV, D.K.; HANUKHOV, A.V.; GOL'TSILUI, F.M.; PITUSHE141, G.I.,
red.; VOLKHOVER, R.S., tekhn. red.
[Papers on the quantitative study of seismic wave dynamic] Haterialy
kolichestvennogo izucheniis dinamiki seismicheskikh voln. Pod.
rukovodstvom i red. G.I.Petrashen'. Cleningrad) Izd-vo leningr.
univ. Vol. 1. 1957. 420 p. Vo.2. 1957- 152 P. (MIRA 11:2)
1. hicademiya nauk SSSR. Matematicheskiy institut, Leningradskoye
otdeleniye.
(Soismometry)

AGEYEV, N.V.; SMIIINOVA, Z.M.
Stability of the beta phase in titanium-manganese alloys. Titan
i ege splavy no. 1:17-24 158. O~MRA 14:5)
1. Institut metallurgii AN SSSR.
(Titaniurkrmanganese alloys-Metallogaphy)
(Phase rule and equilibrium)

5(2), 18(4)
AUTHORS: Ageyev, N. V., Smirnova, Z. M. SOV/78-4 -5-26/46
TITLEs Conditions for the Stabilization of the ~~-Phsse
in Alloys of Titaaium-Molybdenum-Manganese
(Usloviya stabilizataii IR-fazy v splavakh titan-molibden-
-marganets)
PERIODICAL: Zhurnal neorganicheskoy khimii, 1959, Vol 4, Nr 5,
pp 1100-1105 (USSR)
ABSTRAM The conditions for the stabilization of the P--phase and the
stability of the metastable state in three-~-omponent alloys
consisting of magne8ium-thermal titanium with molybderum
and manganese were investigated. For the purpose of producing
the alloys, magnesium-.thermal titanium, electrolytic
manganese, and molybdenum were used as initial materials.
The compositions of the initial materials are given in table 1.
The alloys were produced in an electric arc furnace with
tungsten electrodes in a helium atmosphere. The alloys were
investigated by metallographical and X-ray analyses. Hardness
and microhardness were determined. Figure 1 shows the phase
composition of the t tanium-molybdenum-mangar-ese alloys.
Card 1/4 The phase composition of titanium-molybdenam--manganese alloys

rN
Conditions for the Stabilization of the 11'...Phase SOV117 P---- 5-26/46
in Alloys of Titanium-Molybdenum-blanganese
0 0 0
hardened at temperatures of 700 ) 800 " 900') and '1000 is
shown by figure 2 ( a - g ). Stabilization of the phase
in hardened alloys was investigated; a diagram was
constructed and is shown J"n figure 3. In alloys containing
a minimum of 3.76 ~ manganese and 26.95 % molybdenum, or
11-78 A molybdenum and 15-99 % manganese the phase is
0
stabilized by hardening at 700 . In other alloys, which
were hardened at 7000, the structure of thec(- and P-phase
is formed,, In alloys with the minimum content of 3.61 %
manganese and 12,81 % molybdenum and '17'.63 % manganese and
f'
1.59 molybden-w-a the P -phase id stabilized by hardening
at 800 In alloys with a lower content of molybdenum and
manganese the structure of the*~-Phase is formed by
0
hardening at 800 The microstruatvLre of these alloys is
shown by figure 4 (a - b). in alloys with 3.19 % manganese
and 9.51 ~6/ molybdenum. 4.50 % manganese and 1.43 % molybdenum,
5,02 % manganese and 4.39 % nolybdenum the .-Dhase decays
Card 2/4 by hardening at 900'~, in ivhi-~h case the CO?-phase is formed.

Conditions for the Stabilization of the ~_Phase SOV/78-4-5-26/46
in Alloys of Titanium-Molybdenum-Manganese
The W -phase was uniquely determined by X-ray analyses and
by means of an electron microscope. The X-ray pictures of
the alloys of titanium with 7.63 % manganese and 1.59 %
molybdenum after hardening at 8000 are shown by figure 5,
and those of alloys of titanium with 5.02 % manganese and
4-59 ~ molybdenum after hardening at 9000 are shown by
figure 7. On the X-ray picttres the lines of the (J-phase
are visible. In alloys containing 2.08 ~ manganese and
1.95 % molybdenum, and 3.07 % manganese and 3.74 %
molybdenum the P.-phase decays int:) the C%~--phase by hardening
at 9000. The(~)L-phase vanishes by hardening of the samples
at a temperature of 10000C. The stability of the P-phase
when heated within the temperature 4n+~erval of '100 - 600 0
was investigated. The mi-crostru,.;ture of ;.-he titanium alloys
containing 2.08 % manganese and 1.95 % molyodenum, hardened
at 9000 and 10000 is shown by figure B. Here the occurrence
of the i -phase is particularly marked. The microstructure
Card 3/4 1

Conditions for the Stabilization of the (. I'-?hase SOV/78-4-5-26/46
in Alloys of Titaniu~i--Molybdenum-Manganes-9
of hardetvtd tJ' tanium alloys _-oritaLning 7.65 % manganese
and 4.43 % molybden= after heating for 64 hours at 600 0 and
fo~- 611 h-urs at ,JOOc s shown by figure 10. The stability
of the ~-phase and the variation of hardness in
titaxi'Luc,,-r:,~ii'~~rl)df-nur.i.-manganese alloys are shown by figure
9 ( a - e ). The variation of the lattice parameter and the
hardness of the f~-phase by heating up to 3000 and 5000 is
shown by figure 11 (a - b). in titanium alloys with 17-87 %
manganess and A.56 % inolybdenum the P_ phase becomes
stabilized ahen h-ap-ted from 100 - 500 0 in the course of
100 hours. There are 11 figures, 1 table, and 5 references,
2 of which are Soviet.
SUBMITTED: February)-l-, 1958
Card 4/4

Cr-
ch.

1. VIRNOVA, Z. N.
2. USSR (600)
4. Mosses - Kuril Islands
7. New spec-ies of V~e genus Drepanocladus from the Kuril Islands. Bot. mat. Otd.
soor. rast. 8J, 1952.
9. Monthl List of Russian Accessions. Library of Congress, April -1953, Uncl.

SMIRNOVA, Z.N.
,
New species of the genus Drepanocladus (C.Mall.) Roth -
Drepanocladus lapponicus (Norrl.) Z.Smirn. Trudy Bot.inst.
Ser. 2 no.8:403-415 153. (MLRA 7:1)
(mosses)

SMIRNOVA, Z.N.
;
New varieties of species of the genus Drepanocladus (C.Mfill.)
Roth (Formae specierum novae generis Drepanocladus (CAill.)
Roth). Bot.mat.Otd.spor.rast. 9:188-198 My '53. (MLRA 7:2)
(MOBBOO)

BOGDANOV. P.L., profeesor [author]; SAVICH-LYUBITSKAYA, L.I.; SMIRNOVA, Z.N. Ere-
viewers].
"Guide to forest sporophytes of the grass and moss cover." P.L.Bogdanov.
Reviewed by L.I.Savich-Liubitskaia, Z.N.Smirnova. Bot.zhur. 38 no.4:613-
617 Jl-Ag '53. (MI-RA 6:9)
1. Botanicheskiy institut im. Y.L.Komarova Akademii nauk SSSR, Leningrad
(for Savich-lyubitakaya and Smirnova).
(Bogdanov, P.L.) (Mosses)

SY,IW-IOVA, Z. ~-. --
Dissertation: "The Genus Drevanocladus (C. Yluell) ~toth." (Short
sunmary given.) Dr Biol Sci, Inst of Botany imenj V. L. Komarov, Acad
Sci USSRP Jan-Ylar 54 (Vestnik Akademii Nauk, Moscow, Aug 54)
SO: SM 393 28 Feb 1955

SHIRNOVA, Z.M.
Identity of Drepanocladil brachiatus (Mitt.) Dix. and D. longi-
folius (wils.),lill1lams. Bot.mat.Otd.spor.rast. 11:219-228 Ja
'56. (HLRA 9:11)
(mosslij)

;SHIRNOYA. Z.14.
Moazen of the TskutskA.S.S.R. Bot.jnat.otd.spor.rast. 11:225-2-35
Ja '56. (Yakut ie-Roase a) (K6Rk 9:11)

SM1RNOVA, Z.N. -_ , -, ~
Does Drepanocladus uncinatus (Hedv). Warnst.deserve to be established
as an independent genust Bot.zhur 41 no.10:1499-1503 0 156.
(MIRA 10:1)
1. Botantcheski7 Institut imeni V.L. Komarova Akademii nauk SSSR,
leningrad.
(mosses) (Botanr--Classification)

ABRAMOVA, A.L.; SMIRNOVA,Z.N.
L.I. Savich-Liubitakaia; on her 70th birhdaT. Bot.zhur. 41 no.10:1555-
1564 0 156, (MIRA 10:1)
1. Botanicheski3r institut imeni V.L.Komarova Akademii nauk SM.
Leningrad.
(Savich-Liubitskaia, Lidiia Ivanovan, 1886-)
(Bibliography-Mosses)

SMIRNOVA, Z.N. - -
.
"On the spore morphology of some Sphagnum species" (from nThe Bryo-
logist," 58, no.4, 1955). Bot.zhur. 42 no-3:479-48o Mr '57.
1.Botanicheskiy institut im. V.L. Komarova Akademii nauk SSSR,
Leningrad.
(mosses) (spores (Botany))

SMIRNOVA, Z.N. m, ~, - .. ., ~
-W
-, WOd~#,
e-~~ Lyellia R.Br., a new genus in the moss flora of the U.S.S.R.
Bet. zhur. 43 no.6:850-855 Je 158. (KIRA 11:7)
l.Botanicheskiy institut im. V.L. Komarova Akademii nauk SSSR,
Leningrad.
(Verkhoyansk Yange-Mosses)

SMIRITOVA, Z.11.
-~
Bryophyte flora in the Arctic regions of Yakutia and the Far Bast.
Trudy Bot. inst. Sar. 2 no.12:274-300 '59. (MIRA 12:12)
(Yakutia--BrFophy-tes) (Soviet Far East--Bryophytes)

smilmov.,I, Z. 11.
Ilote on Unium micro-ovale C.14ull. and Maium coriaceum Griff.
Bot.mt.Otd.spor.rast. 12:282-290 Ja 159. (MIRA 12:12)
(Kedrovka Valley--Mosses)

SAVICB-LYUB-ITSKAYA, L.I., doktor biol.nauk', SMIRNOVA, Z.N., doktor biol-nauk
A new variant Df Bryum Korotkdvieziae Sav.-Ljiib,.et,.Z.Sern.
Iftfor2.biuI.Sov.af2tafrk.6kap._ -mo.17t2527 160. (MIRA 13:12)
1. Botanicheskiy institut AN SSSR.
(Bunger Hills region--Mosses)

ABWWOVA, A.L.; SAIIICH-LYUBITSKAYA, L.I.; SMI00VA, .,Z.N,,- SAVICH, V.P.,
doktor biolog. nauk, prof., zasl.-tGjWFe_I_F_nauki RUM., otv.
red.; WC~=ER, V.T., tekhn. red.
[Guide to the frondiferous mosses of the Arctic regions of the
U.S.S.R.] Opredelitell listostebelInykh mkhov Arktiki SSSR. Pod
red. L.I.Sevich-Liubitskoi. Moskva, Izd-vo Akad.nauk SSSR, 1961.
711;. p. (Arctic regions--Mosses) (MIRA 15:2)

SMIRNOVA, Z.N.
New forms of Drepanocladus Sendtneri (Schimp.) Warnst. and
Dr. aduncus (Hedw.) K6nkem. Bot. mat. Otd. spor. rast. 14:
268-275 Ja'61. (MIRA 17:2)

SMIRNOVA, Zoya Nikollayevna; PENIKOVA, G.A., red.;
[Fodder lichens in the Far North of the U.S.S.R.; a
concise guide] Kormovye lishainiki Krainego Severa. SSSR;
kratkii opredelitell. Leningrad, Sellkhozizdat, 1962. 69 p.
(MIRA 17:3)

T mitarctirt",
r,"yhn.
:1)j'! *tll~

SMIRNOVA, Z.N.
Sections of t4e genus Drepanocladus (C. Ku-11.) Roth. Bot. mat.
Otd. spor. rast. 15:170-185 Ja 162. (MIRA 15:10)
(Drepanocladus)

SAVICH-LYUBITSKAYA, L.!,,_ SMIRNOVA, Z.N-.
Representatives of the genus Pottia Fuernr. in Antarctica.
Bot. mat. Otd. spor. rast. 16:188-195 1630 (MIRA 16:10)

SAVICH-LYUBITSKAYA,, L. I.; SMIRNOVA, Z. N,
Biology and geography of Br-yoery-throphyllum recurvirostre
(Hedw.) Chen, a new species in the moss flora of Antarctica.
Bot. zhur. 48 no.3:350-361 Mr '63. (MIRA 16W
1. Botanicheskiy Institut imeni V. L. Komarova AN SSSR,
laningrad.
(Antarctic regions-Mosses)

33-39

SMIMIOVA: Z.O... k.-nd.med.nauk
Medicinal prevention of excessive hemorrhages in the placental
and early pd'stpartum periods. Ped.,akush. i gin. 24 no.l:
49-51162. (14IRA 16:8)
1. Otdel akusherstva i
Volkova) Khez.-Ikovskogo
okhrany jaaterinstva i
Korn-ilova).
ginekologii (zav. - kand.med.nauk L.T.
nauchno-issledovatellskogo instituta
detstva (direktor - kand.med.nauk 0.1.
(MIORRRAGE, UTERINE)

870Z8
S/1 9y6O/OO2/007/010/017
B020 B052
AUTHORBs a ZO S.$ Serenkov, T. I0
TITLEt The Mechanism of Thermal Hardening of Phenol-formaldehyde
Resins
PERIODICAL: Vysokomolekulyarnyye soyedineniya, 1960, Vot. 2, No. 7,
pp. 1-067-1070
TEXT: It was the purpose of this paper to study the behavior of hydroxyl
groups in phenol by means of a stable isotope, during the hardening pro-
cess of resolic phenol-formaldehyde resins. Therefore a resolic phenol-
formaldehyde resin with a molar ratio of C 6F 5OH t CH20 = 61: 7 was pro-
duced in the presence of catalyst Na0K. The unreacted phenol and form-
aldehyde were precipitated by dissolving the resin in alcohol 8-10 times,
and by pouring it into distilled water. At the same time, low-molecular
condensation products were removed. Then the resin was dried until weight
c6imstancy was reached. It was analyzed and its content of free phenol and
formaldehyde, hydroxyl and methylol groups, and the rate of hardening at
Card 1/3

8702P
The Mechanism of Thermal Hardening of Phenol- S/190/60/002/007/010/017
formaldehyde Resins 3020/B052
1600C were determined. The analyses were carried out according to the
method of the analytical laboratory of NII-plastmass (Nauchno-issledovatell-
skiy institut plasticheskikh mass (Scientific Research Institute of
Plastics)), and the results are given. On tfi~j'-basis of the papers by
A. I. Brodskiy (Ref. 2), the hydrogen and the hydroxyl group of phenol was
replaced by deuterium through rearrangement of the hydrogen. A resin was
obtained with a 38-40%_hydrogen substitution in the hydroxyl group of
phenol. The deuterium content in water during the combustion of the resin
was 0.8%. The results of the deuterium determination carried out by the
spot method for the determination of its concentration variation during
the resin hardening process (Table 1) show that water with an increaiied
D20 content faiseparated during the hardening of phenol-formaldehyde
resole. The behavior of the hydroxyl groups of Novolak resins heated up
to 3500C was also studied. Table 2.gives the change of the deuterium con-
tent in Novolak resins during heating. It shows that the hydroxyl group
undergoes no changes when heated up to 1800C or even 250OC- Heat:Lng to
350'C increases the amount of liberated deuterium up to 19-20% of the
original deuterium content in the resin. This is due to the noticeable
Card 2/3

87028
The Mec W i*~ of Thermal Hardening of Phenol- S/1 90J60/002/007/010/017
formaldehyde Resins B020/BO52
destruction of the resin which also affects the hydroxyl groups.
There are 2 tables and 13 referencess 6 Soviet, 5 US, and 2 German.
ASSOCIATIONt Nauchno-issledovatellskiy institut plasticheakikh mass
(scientific Research Institute of Plastics)
SUBMITTED: March 15, 1960
Card 3/3

1. Klj:,'IZ~,T-WA, "'. A. qnd SHIRNUVA, ~L. S.
2. usn: (6oo)
4., Microorganisms
7. Effect of hydrocarbonic m':croflora on the compooition of the gas specimen. f Abstract:/
Izv.Gj-tv.upr.geol.fon. 110. 3. 1947.
9. Monthly List of Russian Accessions, Library of Congress, March 1953, Unclassified.

1. EU71T~:'~CjV, :~. 1. and KU V. -md ",If Z. ;"
~ . .--,i I
2. (600)
4. Microorganisms
7. Study ofthe orocenses of ozidation by bricteria of hydrocarbon gases under conditions
of their difflision. through Eiedimentary rock. Izv.GL-?.v.ikpr.geol.fon. no. 3, 1947.
9. Monthly Liqt of Russian Accessions, Library of CongrizsF, 6-irch 1 53, Unclassified.
=I --j

6.-)U.(1tCV - Ussi,
(;,- LC30ry :Microbiology. Geological Activity of Microorgani-cm!a.
'DE
J,31
1
Ref Zhur-Siol., 1.'o 23, 1958, 10~687
-
Author :.ap
.LnstiU'-ut.
Titlo Deterningtion of the Limit o--O' Penetration off Bacteria
From -Ildy Vortar into the Core of Different Rocks
Orls~ Pub. :*'ikrobiolc1giYa, 1957, 26, No 6, 745-7-1-9.
Abstract C`luid from drilling a well during a search for oil
contairied a heterogenooui bacterial Plora. In tine
clay mortar bacteria were found which ox-ldize liquid
ani gaseous hydrocarbons and hydrogen, which form
methane frox carbon lioxide and htdrogen, and algo
from fatty aeids, which reduce sulfates and which
decompose tissue,etc. For tbe purpose of establishing
the litdt of penetration of bacteria into the core,.-R-
cultuka.b.f SAct2rium 2ro4j&iox= was introducee into
circulating almy mortarl this bacterium lo ustially not
found in the core. It was estaLlishmd that the -can&-
tration of Bact. prodifftoom into thi center of the core
1/2

SMIRNOU, Z.S.
Effect of microbiological processes on gas composition in drilling
muds. Trud7 VIIIGNI no.11:176-184 '58. (KRA 13:1)
(Oil well drilling fluids) (Gas, Natural--Bacteriolog7)

TELEGINA, Z.P.; SMLUIOV.,, Z.S-.
Effect of organic substances on the intensity of propane oxidation
in Mycobacterium lacticolum and Pseudomonas specie--. Trudy Inst.
mikrobiol. no. 6:1-M-1-15 159. (MIRA 13:10)
1. Vsesoyuznyy nauchno-issledovateliskiy geologo-razvedochnyy
neftyanoy institut.
(MYCOBACTERIUM LACTICOLUM) (1-SEUDOMONAS) (PROPAPIE)

SMIRNOVA Y z .-S.- -,
Control method for a microbiological study of deep-seated rocks.
Geol. nefti i gaza 5 no.12,.49-52 D t6l. (IURA 14: 11)
1. Vsescyuziiyy nauchno-issledovatellsk:Ly geologorazvedochnyy
ne 'Ltyanoy institut.
(Rocks. Sedimentary-Bacteriology)

SMIRNOVAJ, Z.S.
Relation of methane- and propane-oxidizing bacteria to different
nitrogen sources. Mikrobiologiia 31 no.6:980-983 N-D 162.
(MIRA 16t3)
1. Tsesoyuznyy nauchno-iseledo#atellskiy geologo-razvedocbnn
noftyanoy institut, Mosk7a.
MYCOBACTERIUM) (PSEOMONAS) (NITROGEN) .1,
I

PATRIK.EYhV V.V.;, MIRNOVA. Z.S.; MAYSIII)VA G.I.
I
Some biological properties of specificaliy formed silica gel.
Dokl. AN SSSR 146 no.3.707-709 S 162. (MIRA 15:10) '
1. Institut organicheskoy khimii im. N.D.Zelinskogo AN SSSR.
P37edstavleno akademikom A.A.Balandinym.
(Silica)

41616~66.
-AT500884
.ACCESSION NRlz.
_,,,,.l.SZOOQG/64jjOOjOO_O/(

'i .--.
SMIRNOVA , 1, .- .
Methods of quantitative assay of hydrocarbon cxidizing bacteria.
Makrobiologlia 33 no.4-737-738 Jl-Ag 164. (MIRA 18.-3)
1. Vs---soy-,lznyy nauchno-issledovatellskly institut yadernoy
gecfj.ziki i geokhiv-'i (VNII-TaGG).

SMIRNOVA, Z.V.
z
Modern designs of clarifiers with suspended precipitation,
Sbor. nauch. rab. asp. AKKH no.1:70-84 159. (MIRA 34:7)
(Water-Purification)

DELYAGIN, G.N.; S~LLFIQVA-Z.3~.
Determination of the dispersity and moisture~content of,water-co4
suspensions. Trudy IGI 19-138-243 162. NLU 16PV
(Coal) (Sedimentation analj*ls) (Mbisture-Measurement)

SKI R N C) V P , 'Z~ . V .
Cand Med Sci - (-iiss) "Study of the function of the pancreas
in uatients :.,ith ulcerous affection of the stomach an-d the du---
denum, and chronic -astritis before and after conservative treat-
C~
Sverdlovsk, 10,61. 11 pp; (Sverdlovsk State Med Inst);
260 copies;price not riven; (KL, 7-61 sup., 262)

ILI'
r o

SMIRNOVA, Zh.V.
History of the "Serp i Molot" Metaliln'rgical Plant in.ADSCOW.
Trudy Inst.ist.ast.1 takh. 25:249,262 _'~9-(MIRA 13-4y
(Moscow--Metallurgical Plants) -

KARABALS11', A.G.; PBYZUTAYEV. Sh.I.; ~WUSkINVA,.1L.L.; SOTITIKOVA, U.P.;
SHIRROV SAMSONOVA, Z.N.; KUUZ, L.S.; MOROZOVA. G.G.;
I.I.; LIPATOYA; Y.N.; SAZANUVA, S.K.;
PUG&CHNIVA, L.I.; USACHEVAi V.P.; VORONOVA, Ye.i%; GORBACHEV, F.D.;
KOSTAIINVA. F.A.; KOSTWMVA, N.T.; THLOVATSKKU, A.I,.,;, NTM-TSOVA, N.H.
Spectrochemical analysis of pure metals for impurities. Fiz.
abor. no.4:556-562 '58. (MIRA 1?
(Spectrochemistry)

AUTHORS: Peyzulayev, 3 h~ I. , Karabash, A ~ Go 9 Krauz y Lo 3 a 32--24-6-i9/44
Kostarava, F.A. , Smirnova-Aynizin&,N.I.
D abim, F. L. , Ko -0 11 yels. 1 L. I. , Vo ronova, Ye. F.
Meshkova, V.M.
TITLE: Spectral X-.thods for -the Determination of Aamix-ture Traces
(Spektxal1nyy-3 metody opred.-31eniya sl-idov primesey).
I. Chemical Speotra-1 Xethod?s of Analyzing Strontium, Chromium,
and Silioon (I. Khimiko-apektral'nyye metody anali a strontgiva,
khroma i kremniya), II. The Quantitati-Te Spectral AnalYsis Of
Water and Microsemples on the Basle of Strontium Nitrate
(II. Kolichestvennyy spektrial'nyy analiz, vody i mikroobraztaov
n& oanove ni-trata strontalya)
PERIODICAL: 2amdakaya Labomi,.-oriya, 1195~p Vol 21+p Nr 6, PP 723-731 (USSR)
ABSTRACT: In the ocrars.9 of the present work am2yais methods are investi-
gated in whieh sensitiVity is inm%ea3ed by pravious enricbment and
which make it possible to determIne a larger number of admixtures.
From the amlysis of atrontium, which is described in detail, it
follows that deteimination based upon a formation of strontium
Card 1/4 sulfate and that 18 elem,-n-k,.3 can b,-, determined by means of one

Spectral Methods for the Debermination of Adiukrtu-ra Tra"s. 32-24-4-i9/44
I. Chemioal Spectral Me-thocls of Analywing Stron'tiump
Chromiump and Silicon. IL The Quar:~ri~;ati--Ta Speotxal Analy-r-is
of Water and Microsamples on the Basis of Strontium Nitrate
speotrogratm, in whioh o&se sodium is determined separately.
Analysis sensitivity is ihoyn, by a tableD and the preparation of
samples and the spectral analysis itself are described. From the
data concerning the determination of chromium It followa e.g., that
chromium is volatilized in form of OrOS12, that practically
complete (99.7%) volatilization id attained at 200-220', and that
at the sa time only aivenic, boron,, germnium, tin, and mercury
are rk-moved. In. the case of & low content of admixtures analysis
was carried out alx-.ady after th-i firat concentration, whereas in
the case of a higher per.-jeentage (10-1 - 10-~"`Aalso the second
concintrate was examined. The analysis is described. The analysis
of silicon ia based upon ita volalbilIzation in form of fluorides.,
also in this oase the of the admixtures U produced
on the b&ais of a spectrai-ly pura atmntium sulfate, and also in
this case 18 elaments can be determined simaltaneou3ly by means
of one speotrogram, sodium being determined separately. The
process of analysis iz desm-lb-ad, " -it is said, a ng other
Card 2/4 things, that +he method was vr-Tked out in 1955 for the

Spectral Methods for the Determination of Admixture Traces. 32-24-6-19/44
I. Chemical Spectral Methods of Analyzing Strontium,
Chromium, anfi Silicon. II. The Quantitative Spectral Analysis
of Water and Miorosamples on the Basin of-Strontil- 14itrate
determiuation of elementary silicon.
II. The method is based upon applioation of the sample solution
on to spectrally pure strontium nitrate powder, drying, and
spectral analysis; it is possible, on the one hand, to examine
the organic impurities existing in water, and, on the other, to
analyze the composition of various miorosamples. In the analysis
of water it is possible to determine 12.elementa by means of one
spectrogram, including the ordinary admixtures found in water as
well as corrosion products. The process of ana3,ysis is described
as well as the manner in Odch etalons and the speotrally pure
strontium nitrate are prepared. By the method described it is
possible to determine 26 elements by the analysis of microsamples.
Analysis is described, and it is said, among other things. that
the relative sensitivity in determining components and admix-
tures depends on the weighed in portion of the microsample and
the strontium nitrate; corresponding data are given by a table.
Card Y4 By comparative determinations carried out on a strontium nitrate-

Spectral Methods for the Determination of Admixture Traces. 32-24-6-19/44
I. Chemical Spectral Methods of Analyzing Strontium,
Chromium, and Silicon. II. The Quantitative S- ectral Analysis
P
of Water and Microsamples on the Basis of Strontium Nitrate
and beryllium oxide basis the fact was established that both
varieties of the method work with a relative error of :t 15-20%,
and that frequently a weighed portion of 0.1-50 mg is sufficient.
There are 2 figures, 6 tables, and I)+ references, 6 of which are
Soviet.
1. Spectrum analyzers--Performance 2. Minerals--Analysi's
3. Minerals--Determination 4. Water--impur-ities 5, Water
--Spectra 6. Strontium nitrate spectrum--Applications
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KARABASH, A.G.; SAMSONOVA, Z.N.;.,-SMIM-TOVA-AVERI1TA, N.I.; PLYZULAYEV, SM.
Impurities determination in molybdenum and itB compounds. Trudy Kom.
anal. khim. 12:255-264 160. (MIU~ 13:8)
(Molybdenum-Analysis) (Spectrum analysis)

SMDMVA-GAFLAYb'VA, N. V.
1 1 f, -
Mffect of a protective for'e%t plantation on the development of
cotton plants. Bet. shur. 40 no-5:738-739 S-0 155. (MMA 9:4)
lArIvertzhekiy gesudaretTennyy pedagogicheskiv institut, g. Krivey
Reg. (Cotton) (Windbreaka, ohalterbelts, ate.)