SCIENTIFIC ABSTRACT YAMZIN, I. I. - YANBUKHTIN, SH. T.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962030004-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/070/63/008/0.02/017/017
Eox?/E435
AUTHORS: Yamzin Xuzlminov, Yu.*S., Staritsyn, V.Ye.,
Ma1ltsev, Ye.I.,
TITLE.: Aneutron diffractometer
PERIODICAL: KristallographiyaI,v,8, no.2. 1963, 302-304
-TFkT-.-. Thislinstrument differs~-from the earlier miniature
diffractomoter made at the Institute or Crystallography in that it
is universitl,and intended for the investigation of poly and single
crystals. The mechanical loading requirement in the design is
stringbnt, e-.g. the axial'load on the sample stage is about 2 tons.,
A fairly detailed description of the apparatus is given. Its main
diinensions-ar"e.: length of baseplate 2800 mm, width 1050 mm,
height 550 mm, distance from center of sample stage to the end of
the cantilever 2000 nim,' distance from the center of the stage to
,the and of the counterweight 650 mm. Overall weight without the
electromagnet Is about 3 toxxs. The bas '9' is of cast iron with
parallel ways for the displacement of the carriage. The latter
.is moved by means of a worm'drive. Ball bearings are used
throughout to facilitate operation and ensure long service. All
Card -1/3',

S/07o/63/ooB/002/017/017
A.ncutron diffractometor -435
E039/E
Control is. reinote except for the reversal of the drive and
displacement of the carriage. It has been used with the
MR-M) reactor at the Ph'ysico-technical Institute. A collimated
-on a monochrom
beam ofneutrons is incident ator consisting of a
single crystal plate of lead cut at an angle of V to the (ill)
plan&; _. dimensions 1,00 - x: 175 X 10 mm, before entering the diffracto-
meter. The' whole of the' neutron beam from the channel to the
sample is contained in a'borated-paraffin shield with lead bricks
outside. The shield thickness is about lm A CHMO-~5
(SNMO-5) 6ounter placed in a cylindrical channel in berated-
paraffin is used as a neutron detector on the carriage of the
-diffractometer. it is.usbd in conjunction with A monitoring
counter to'correct for fluctuations in the intensit f the primary
bealn. 'The* resolution, LX/X = 0.035 for 1.13 1.0 Results
obtained from a polycrystalline.sample-of yttrium ferrite are
given. The.samplo size is diameter 20 min and longih 100 mm,
There are-2 figures.
ASSOCIATIONIS.' Inatitut kristallografii AN SSSR (Institute of
CrystallographX AS USSR) Fiziko-tekhnicheskiy
Card..2/3

iO

YAMZIN, I.I.- SIZOVI R.A.
Double coordinate neutron diffractomet-er, Yxist,--12ografiia 9
no.6:946-948 H-D 164. (MIRA 18:2)
1. Institut kristallografii A14 SSSR.

lllz-,`~ 0i.
Not

131P(z) 70
6olog8o. SOURCE CODE: UR/0056/66/050/003/050~5/0601i~.,,'-~,~
:AUTHORS: amzin
v R A.; _Zheludev, I.
Por(,ka1iniY7;,,' L-f-z' essk A. V.
ORG: Inzt1tute of C=iLa)Ljg&Rqpby,-Aq~~demy of Sciences SSSR
.(Institut 1crIatallografli Alcademii nauik--8881~)'
TITLE: .9pin ordering arrl moxgne too ryo tal line anisotropy in single
r1t
cryE,ta~nof DaCo Fe 0
18-x 27
SMURCE: Zhurnal eksperimentallnoy I te-oreticheskoy fiziki, v. 50,
Do. 3, 1966, 595-604
TOPIC TAGS: ferrite, single crystal, magnetic anisotropy, neutron
diffraction, nuclear spin, CuvLe point,temperature dependence, spin
wave theory
-ABSTRACT: This is a clontinuation'of earlier work by the authoL
(ZhETF v. 46,.1985, 1064). In this paper new data are presented on
the magnetic anisotropy energy of the ferrite system under discussion.
The crystalo were grown by the VerneUll method and were the same as
Card 1/2

ACC NR: Ap6olog8o
used In the earlier inveotigation., In view of the fact that the fer
jrItca Invest1gated exbIbIt various types of magnetic anlootropy at
;1oVj temperatures, the authors used a neutron diffractlon' method to
investigate the influence of the cobalt ions on the positions of the
ispinordering axisin thes e crystals in the temperature range from
r
77K to tile Curie temperature'. Bic temperature dependence of-the mag-
,netic anisotropy constants was inveatigated in the same range of
.temperatures and compared with the theory. The same samples were
'use
d to obtain neutron. diffraction patterns as were used In the in-
,vestigation of the magnetic anisotropy. The results show that the
,spin directions coincide with the directions of the total magnetiza-
Ition vectors of the crystals. The data also indicate that the experi-
,.triental results can be fully reconciled with a theoretical formula
!deduced by J~g. ~. Turov from,tbe phenomenological theory of spin waves
:(Flzichesk-iye svoisf-v~~-magnitouporyadochennykh kristallov (Physical
:Properties of Mangetically Ordered Crystals],-AN SSSR,-1963), without'
!need to make allowancefor any particular structure model. Orig.
,art. has: 7 figures, 3 formulas,.and 3 tables.
SUB CODE: 20/ SUBM DATE:.250ct65/ ORIG RET: 003/ OTH REF: 009
L)
Card :_-2/2~

29785-66 9WT(m)/T/EWP(t)/ET1 IJP(c) JD
ACC NR: AP6015089 SOURCE CODE: UR/0020/66/169/001/0090/0093
'AUTHOR: Sizov, R. A.. YamzinjL--I,,._;#.,.
ORG: Institute of Crystallography, AcL42my-RL-Sidences- RSSR. (Institut kristallogra-
fii Akademii nauk SSSR)
TITLE; Neutron diffracti4 study of the magnetic structure of hexagonal ferrites
of the CoW system
MURCE: AN SSSR. Doklady, v. 168, no..l, 1966, 90-93
TOPIC TAGS: neutron diffraction, ferrite, cobalt compound, barium compound, iron
;compound, magnetic -peawaft 0,14"64.k/ M".11
'ABSTRACT: In order to determine the spin ordering in ferrites of the CoXW system
:(BaCo,~+Fe2-x2+Fei&020, the authors carried out a neutron diffraction analysis on
;single and polycrystals with compositions x = 0, 0.5, 1.0, 1.5, and 1.75, in the
range from 77 to 7700K. The correct values of the magnetic contributions to the
diffraction pattern and absolute values of the saturation magnetization were ob-
:ttained. The model of spin ordering in its general features and the angle between
'Card 1/2 UDC: 539

Wil
L 29785-66
:ACC NR: AP6015089
!the spin axes and axis c were determined by analyzing the neutron diffraction pat-
I from ob-
~terns of polycrystalline specimens. Additional information was obtained
I
servations of the: ~Vnperature dependence of the intensity of magnetic reflections
Ifrom single cryst.alP'specimens. The paper was presented by Academician Belov, N. V.0'
~20 Sep 65. Auth thank T. M. Perekalina and R. A. Vaskanyan for providing the
Ispecimens, Yu. Z. Nozik for constant interest in the work and useful suggestions,
land Prof. J. Bacon for a helpful discussion of the results. Orig. art. has: 2
figures afild-Z-f=es.
!SUB CODE: 20/ SUBM DATE: 07Sep65/ ORIG REr: 003/ OTH ITF: 007
Card 2/2

X14--a .~kfMMT_'_ -
NRI AP6024675
I---.---,- __'-___-__- ..- -!
SOURCE CODE: UR/0070/66/011/004/0695/0698
AUTHOR:. Abov, Yu. G.; Aleahko-Ozhevskly, 0. .; Yermakov, 0. N.; Yarnzin, L 1.
ORG: Institute of Crystallography, AN SSSR (Institut kristallografil AN SSSR)
TITLE: The generation of a beam of polarized monochromatic neutrons
SOURCE: KrIstallograflya, v. 11, no. 4, 1966, 695-698
1
TOPIC TAGS: neutron beam, re2efiw *5, neutron polarization, nuclear reactor
component
-1 _j
BSITAC~T- In recent years, investigations of magnetic properties of a substance have made I
1
extensive use of-polarized thermal neutrons. Heretofore, the Soviet Union had only Installa- i
tions on'which the polarized neutrons were generated by reflection from a magnetized cobalt
mirror. However, many problems requirc a polarized beam of monochromatic neutrons. In
this article, the authors describe an assembly developed at the ITEF GK IAE Jointly with the
Institute of Crystallography, AN SSSR (Institut kristallografti AN SSSR). The circuit of the
installation is shown in Fig. 1. There Is sometimes a need to have a beam of neutrons with
an opposite polarization. The authors used the radiofrequency method for the reorientation
of spin orientation. A value of 0. 98 +0.. 02 was obtained for the s'pin reorientation probabilityJ:'
Card 1/3
4

L 42814-66
ACC NRs AP6024675
~T,
x
L
CM reactor shielding
nochroinator
N MUSIMshielding
Fig. 1. Circuit of in assembly of two diffrac-
tion meters on a reactor channel.
A - stage of replaceable monochromators
the crystal-polarizcr
B - magnet of
C - first section of the driving field
D - diaphragm, or "shim"
E - second section of the driving field with a
radlofrequency coil
F - magnet of the analyzer crystal
K, L - small diffraction meter
M -neutron detector of the large diffraction
meter
Lc-a r d2/3

L 42811-66
C NR, AP6024-67~-'--
Measurements of the polarization and of the probability of Its reorientation in the center and
at the edge of the beam (+ 15 mm from the center) agreed. The authors express their sincere i
gratitude to V. A. Lyubirntsev, P. - M. ShIshk n, and S. F. Dubinin for assistance In making
the measurements and assuring the operation of the equipment. Orig. art. has: 4 flgures
and 2 formulas. 126]
SUB CODE:, 18/ SUBM DATE: l4NovG4/ ORIG REF: 006/ OTH REF.- 005/ ATD PRESS:
SV~,7
Card 3/3

7
SHAMONIN, Yu.Ya.; YAN, S.A.
Solvation of parawgnetic ions in alcohol aqueous solutions studied
by means of nuclear magnetic resonance of high resolution. Dokl.
AN SSSR 152 no.3v677-679 S 163. (MRA 16:12)
1, Fiziko-tekhniclheskly institut Kazanskogo filiala AN SSSR.
Prodstavleno akademikom A.Ye.Arbuzovyn.
v.

SHAMONINY Yu-Ya.; YAN. S.A.
Solvation of Cu, Mn and Cr ions in alcohol-water solutions
studied by the method of nuclear magnetic resonance. Dokl. AN
Arm. SSR 38 no.5:289-293 164s (MIRA 17:6)
1. Fiziko-tekhnicheskiy institut Kazanskogo filiala AN SSSR i TSen-
tralInaya nauchno-issledovatellskaya fiziko-tekhnicheskaya labora-
toriya AN Arniyanskoy SSR. Predstavelno chlonom-korreapondeni-im AN
Armyanskoy SSR N.14.Kocharyanom.

country USSR
Category: Forestry. Forest Management.
Abs Jour: RWiol., No .1.1, 1938, No 48745
Author : Yam, Aron
Inst :-Mo-NCr7-Fo--r-c-sT-7,-Mlinology Institute
Title -Spruce Increment by Growth and Duvelopxnt Classes.
Orig Pub: Nauchn. tr. Mosk. lesotekhn. in-ta, 1957, V"L- 5,
83-88
Abstract: These obscrvat~.ons were nade at Sverdlovsk forest
range of the Shchelkovo Experimental Training
Leokhoz. The age of the plantation was 70 years;
its composItion was 10 Spruce Aspen; dens-; 'ty - 1.0.
The soil was turf - slightly podzolic light clayey.
It was found that the outward morpholor;ical character-
istics of the trees, on which the classification was
Card 1/2
Country USSR -XV
Category: Forestry, VOI-Ost MOMGOMOnt-
Abs jour: r=iol., No 11, 10,58, go 48745
baced, corresnond to the rate of current increment.
Regardless of the Creat density and age of the plan-
tation, 45-4 of the trees had not passed the cul-
minating point of the growth increrx-nt. The article
gives tables on the current increment by height
and diameter, by growth and developmailt ci_"ses for
the past 5 years and for the 5 years precedine them.
Observations co,.1firm that the old-stace trees with
declining arouth increment are felled and the young-
stage trees (according to V.G. Nc3terov system) are
retained, the productivity and quillity of the plan-
tations rise. T11air viability anCresistance to di-
seases also increase. -_ V.V. Proi-opopov
Card 2/2

YANA, ARON, Cand Tech Sci - (diBS) "Investigati on of the
process of mechanizing soil treatment in forests under
conditions existing in the Stalingrad, Orenburg, and
Moscow Oblasts," Moe owl 19600 20 pps 160 cop. (Moscow
Forost Management (Lesotekh) Institute) (KL, 42-6o, 1115)
Y

YANACH, K. [Janac, K.] (Praga)
solution of probabtlity problems using simulation. Avtom. i talem.
25 no.1:83-90 Ja 164. (MIRA 17:2)

L 233~16-M
ACC NR: AT6_004211 SOURCE CODE: BU/2503/65/013/001/0193/0200
AUTHOR: jAa&chk*.vjLr_1v_,._; Danchev, .Iv. Petrov,, Po, Stefanov, D.;
Ivanov, S.; Dzhoglev, D.; Bizh.eva, L.
ORGt none
TITLE: Influence of impurities on the semiconductor properties of
composed of Hn02-C02O3-Ni2O3
SOURCEt Bulgarska akademiya na naukite. Fizicheski institut.' Iz-
vestiya na Fizicheskiya institut s ANEB, v. 13, no, 1, 1965, 193-200
TOPIC TAGS: thermistor, electric propertyp reaLstor, semiconductivity
ABSTRACT: Heat-sensitive resistors with a negative- temperature co-
efficLent,are obtained from metal oxides in a ratio of Hn02-60%,
C0203-29#7% and..NL203-1.3%. The.oxide mixture is doped with solu-
tione of Li2CO3 Cu(N03)2, COCI, CeC13 Ce(S04)2_compounds of con-
centrations of the order of 10- 10- 10-4, 10 3, 10-2. 10-1,
10owt Z of the metai activator, The obtained mixture is wet-mLlled
Card 1/2

_~L 23316-66
.,.ACC HR: AT6004211
'-dried at 80C and then dry-mLlIed again.
The electrical properties
of the thermistors obtained by pressingg sintering at 1150C and again;
at 120C for 200 hours arc investigated. By increasing the concentra-I
tion of the activator the resistance R20 of the samples activated by
Li+ and Cu2+'decrease from the order of 1 to 3.5, while the R20 ot
those activated with Csl+ . Ce3+ and ce4+ showed no significant
changes. The thermistors have a temperature coefficient a20. The
X-ray investigation indicated a new phase in the form of tetragonal j
spinal CoMn204* No structural changes were produced by small amounts,
of activators. Orige art* has: 2 fLiures and 4 tables. (Bas,,id on
author*9 abstract]
SUB CODES 09/ SUBH DATE: none ORIG REFs 0021 SOV REF: 001/
1OTN REF 004/
j_Card 2/2,,,t(_
M

Alt t I ~R: AT6004210 OURCE CODEI BU/2503165/0131001/0185/0192
S
AUTHOR: Stefanov, D.; Danchev, Iv.; Yanachkova._Ivp; Petrov, Poo JJ
Ivanov, So; Dzhoglev, Do Bizheva,
ORG: none
TITLEt X-Ray structural studies of thermtotors obtained from the
2-111 0 -Co 0 and NnO -Ni 0 -ZnO
three-component eyatems MnO
2 3 2 3 2 2 3
SOURCE: Bulgarskaakademiya na naukite, Fizicheski inatitut, Iz-
vestiya na, Fizicheskiya inatitut a ANEB, v, 13, no. 1, 1965, 185-192:
TOPIC- TAGSs thermis tor spinel
mineral x ray investigation
_b
ore aked at'a- temperatara:.of
L~-~' ~AHSTRACTI,' 1hermi s t 1150C Which hav
-d-
been studie n eta - n earli-sr- apoks-are-Ahe abject-o-f-d-etailed.
X-ray structural investigations. The X-ray' -structural data obta__in-ed'-:---~'-.--
have shown that af ter bakingnew,chemical compounds are formed of
i the type of spinels, According to the chemical composition of the
mixtures studied, different spinels are formed. The cubic spinel
Ca rd -12
Ji

L 23315-66
ACC NR: AT6004210
NiMn2O4 has been established for the mixture I and for the two oxide,
systems. The intermediary mixtures, It to V included, are repre-
sented by cubic spinelo of a variable cation composition. Mixture
VII is represented by the tetragonal spinell; CoMn204 and ZnHn02-
On the basis of data from the literatureon the position of the
Djetal cations in NiMn2O4 And CoMn04 an attempt has been made to
elucidate the distribution of the cations in the spinal structures
of thermistors studied by the authors, Origs artb hast 3 figures
and 2 tables, (Based on author's abstract)
SUB CODE1 091 07/SUDH DATEt none ORIO REV: 00~/ SOV REPt 004/
Card 2/2

L 3oi55-66 EWP(t)/ETI IJP(c)
JD V
ACC NRt APW20620 SOURCE CODEI~ BU/001.1/65/018/003/022VO230
AUTHOR: Kurchatov, M.; Yanakiyev, N.
ORG; InAitute of General and Inorganic Chemistry# BAN
TITLE: Study of iron oxide reduction by solid carbon using methods for the
simultaneous observation of the kinetic and temperature curves
SOURCE: Bulgarska akademiya na naukite, Doklady, v.18# no#3,, 1965., 227-230
TOPIC TAGS: chemical reduction, thermal analysis, chemical kinetics, iron oxide,
carbon
Although ooveral.,rosearchers studied-tho
ABSTRACTO lv~
ireduction of iron oxides by solid carbon (see, esgo, A# Ka Ashint S. T.
64, No 41 ii)t The
;Rostovtoev, Izv.,vysshi~t uchqbnykh yodViX,J~h, M., 19
:kinetibs and"the'machanism of thin prdcoos are still subject to differing
!interpretations. The majority of the approaches does not take into account
itho real, temperature of the reduced sample although the reaction procooda
owith a considerable endothermic effect. Consequently, the authors carried
-..out a simultaneous determination of the reduction rate by the amount and
icamponition of the outgoing &aeon, and of the thermal effects by a modified
!mothod of differential thermal analysiss Results a're shown in 9MPhic form.
This article was presented by Academician D. Ivanov on 30 Ocio'ber 1964- (Orig.
art. in Russianj [JPRS3
SU5_CMO. Et 07. SUBM DATE:'300ct64 ORIG REF: 005 OTH REF: 001 SOV REF: 00i
Car

ACC -NRa AP60 814 SOURCE COM BU/0011/65/018/006/0541/0544
1 AUTHGR:-Rurchatov, M. S.; Lantlyovj_ D.; YanakJXejA.-N.._
ORG.. Institute of General and Inorganic
TME~*.Ir- Tuence Fot Herma ~effects of reactions on the course of carbon reduction
of iron oxides, 1
";0U1Q,: Dulgard4 akadomiya nn naukitoo Dokladyp v. 18, no. 6, 1965, 541-5"
TOPIC TAGSt thermal effects iron oxide, thormogravimotrio analysinp chemical
reduction, carbons reaction temperature
ABSTRACT: Correct conclusions concerning the kinetics and
'mochanisTds of chemical processes may be extracted from experimental data only
'if the experiments are carried out at constant temperature and concentration.
~Thin is an admittedly difficult task. In one of their earlier papers, two
of the authors (Lambiyov, Kurchatov, D2M. ~6N, 17t 1964, No 8, 729) showed
dd"a'' of copper oxides by carbon
during thermogravimotric studies of r uc on
oxide and hydrogen that the actual temperature of the sample may rise by
several hundreds of degrees during the reduction process. It became perfectly
clear that the S shaped appearance of the kinotio curves is basically caused
by self-heating. The present paper describes similar tests involving iron
oxides and solid carbon. After a preliminary work using the name equipment
as the one described in the reference, the authors developed a now instrument
oven described in a separate article (Rurchatov, -UAJI, 23# 1964, No 3, 212).
..A conprehensive presentation of tho results ia ~ollrowod by_a discussion of the
possible explanations. Results indicate that the course of reduction is significan
affected by the heat effects of the reaction the mass of the reacting mixture, and
the heating rate. This paper a reaBnted ty Academician D. Ivanov on 19 February
1965. Orig. art. has: 1 figure,
SUB CQ)E: 07, 20/SUBM DATE4 l9Feb65/ ORIG REF: 002/ SOV M7: 001
Card 1/1 L,
J~. z
,191
P

TAILNIS, S.Y.
The conscious and automatic elom*nts in skills wA habIts. Top,
p4ithol.3 nool:144-146 A-F 157. 0U" lot 3)
1e LeniWadskiy gosudarstvannyr pedagogicheskiy institut Im. A#1.
Gertsena.
(Ability) (Habit)

14AXAROr, A.D.j YANATAROT., R.A.
Relationship botween tho dimensional wear of cutting tools
and the diameter of boring. Stan. i instr. 35 no#6t26-29
Je t64 (MIRI 17t8)
7772

YANAK Ya. rd.,Alr!a~., J.1; amilv"JACIII M. [III-IVTaco M.)
Prarnace of Jnrlole in naT-;A~zleae r-11 &PA Its products. YokB i khIM.
no.'1:48-50 165. (MIPA 18:8)
1. Akademlya vauk Ghekhcal'vatskoy Sots'aAstichezkay Respubliki,
4
analitiehes4mya laboratori.a.
OP

YAKOVLEV, 111kolay Nikolayevich, prof.; KOHODKOV, Anatoliy Vi+allyovich;
YkJANIS 312adimirovioh; BERZIN, A.A.., red,; MANNA,
1. 0) khn. red.
[Pbysiologica,-,and biochemical principles in the theory and
methodology of sports training) Fiziologicheakie i. biokkimiche-
skie onnovy teorii i metodiki sportivnoi trenirovki. Izd.2., perer4
i dop. Moskva, Gos.izd-vo "Fizkulltura i. sport.n 1960. 405 P.
(mmRA 14:12)
(I*BYSICAL EDUCATIO14 AVD TRAINING)

Tree Planting
Appearance of interspecie mutual aid in forest planting on dry dune sand3 of tiheBuzuluk
pine forest. Lee. khozo 5 no. 2 (41)1 1952
Mont List of Russian Accessions, Library of CongresoJJLY 1952, Unclassified.
op,

YANATIYEVJ, F. B.
584 opyt mekhanizat3ii i elektrifizkatsii
soukhoza -11metallist" Stalinskogo svinovodMC1tre6r&
Ministerstya sovkhozov USSR. L m--7v 1954. 8 s *20 sm.
(M-vo sel'skogo khozyastva SSSR. M-vo aavkhozov SSSR.
Vaesoyuz. A6uch inzh-tekhn. o-vo energetikov. Nauch.46.hn.
soveshchaniye po mekhanizatsii i elektrifikataii trudoyemkikh
protsesaoy v zhivornovodstva). 1.000 ekz. Despl.--
L54-5464V P 636.0025 (47.715)
SO: Knizhraya Letopis, Vol. 1, 1955

-FWT(l)/FCC/8WA(h)- GW
L p3al-66,
ACC N1. AP60%981 SOURCE CODEr. UR/0031/66/ooo/ool/oO79/0055
AUTHOR: Knnonidi, Kbo Do; Yanatkhanovj
jORG: none
46
TITLE: Magnetic_.observatories in Kazakhstan
SOURCE: AN KazSSR. Vastnik, no. 1. 1966,, 79-85
TOPIC TAGS: earth magnetic fieldo ionospheric pbysicsp magnetic field
measurement
A13STRACT: The first magnetic observa.tory in Kazakhstan started opera-
tion in April, 1963, in the Alma.-Ata district, In Jul7, 1964p constrvc-
tion was started on the Karegandinsk magnetic observatory and, at the
start of December, on the third magnetic observatory in Kazakhstan --
the Kazalinsk observatory. All these observatories form part of complex
ionospl]ere stationy,,,wbicb, in turn, are subordinated to the Ionos - I
Section of the AN KazSSR. Tho observatories are constructed-ff- 0
e e 11-11:~ -
pav 0 6 ," and are completely built with domestic equipment.
The article contains a description of each of these three stations@ The
Alma-Ata observator3~~is located at a distance'of 20 kilometers from the
city, in the mountains at an altitude of 1300 meters above see. level.
jj;.
LEO
4" lr'

NRI AP6004981
The magnetic complex is in the form of three pavilions, the distance
between the centers of which-is 25-27 meters. The article gives a
61ogram of the electrical circuit 9nd recordings of actual messurements.
The sizandinsk magnetic-observatorm
,P located In the Bereznyaki
distriot, 20 kilometers from the city and 70 kilometers from Karaganda.
The Kazalinsk magnetic observat-oMUs located 3 kilometers from the city
of.Novo-Kazalinsk, The article girves the same type of date on those
last.two observatories as for the Alma-Ata. establishment. Orig. art.
bas: 5 figures,
SUB CODE: 08/ SUBM DATE: none.

YANATIYEN O,Ko; ORLOVA., V.T.; KUZNETSOV,, V.G.
Nature of the glaserite phase in the BYStOm K2SO4 - Na2SO4 HLO.
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17"1Q941)--Tb~pvmt work im an attempt to d,l'
60'
Na. wA M9 ddwMn &W suCtes. -1 wisu mvn m
Allabw f
"fit. IMmkarille.
tbrk camianatkm, In imldn.
OWN .1
"s Ob(alned. The re.
an me curV" an npufuced.
The
SOW nielkad Pirmitled dotg. the prit-sm at any me 01 tbw
sift as an adadxt wbb at outs. Ift se"tivity per.
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som,
11wavampieW
6 It"
0: kv, U 121#0.
f-&ajW1fOoud=C3j.d1I:% 1 1,.4110 of
he die i I P CaGrUgGrIBIA IsKhollo H?aoo?U*R% - 2f
w7thervas VIL .1416-0.
0 A ~*Z Mg" 00,
'J. A
atlift. RICCU:&I 0. W. Wmary cutftq point C&CII, .00
du
CAm A S"S R) '19 M--A-2-2,09,40 Ifto Is So-WO an of MgC3,. down to
a 0) (10. R.W.).-= A.
At
'ste CILC44W Wait 10=4 the 131111. _55* I ~(4264 *00
00 M;R;HoO*z 7b- QlZ7 a #0 % CACI4 00% 11,0);
or : A
R
t with bUraturq data qWW" that the MtoC*' vmU& we kme. P Mak.12 IW, CaC1,41W. No new 160
00 &td. at -49-80 301K COC16 (plow data P4, werm dewted at low lemp.; the
Go a -Sao, -sit). T1W paytIZ, d til i~ I . em III - 41110 Wit! at MAIM temp, If Orgift at kW temp. C&Or 1*0
glym (mriph in reempke, cak4tom4ft) frout r- dmm NaCHIjOs The trimary polythmn Is vvva graphically too
oe I IT,
fmcm The sktkm I SOA~j C&CIh ID Its "mintuittr roodWro, ne ItAIIII. dolin
0 C u VH. to -112'. T1w sections 14 101" C4CUMW
36 58% CmCk I , - f N4CI-
:0 000111M.. 11,0;. 27.13% C.M XM~. CAC11.
te: kmetaboumia- 2M% NACI-11#0; 33.991" C&C1r. IIW,. NaLl-11,0.
000 -to, -I& _9D, -23, the ke &M and X&C1.31W b."ries, ..d 0. 2.5 go
-8 -10 -16 -20 -25 -30 -35. -4(1. coo
N&O Is very Unk 001. 14 thit PfCWDM Of CACIS. TbC
leftary eutmie point Omit -824 1.8% H&CI. 29.4(r,.
1100. as*
C
We.. ll k* N4C1 mW CaC4.GHO &W tho N.S.
NNIC1.214.0, ;;.h C.N~ -ditto Othu "vert at the IffIlAry coo
tmtwtlm point - .440, 32 *40% CNIC11. Wou %*4C1.
66SM MO. ~be diagram Inchmirs six crylt. fielkim: AS*
k*. NuC1.2160. Naa, CaC16-4111 CACh.4160. C&Cls.- go*
21100. With rdftg temp. tlyr!;hMot CaC$t is bremkited.
d ansithaNaaemirathtAtn nIntmitincremsed. The
-30. - 115, ant! - 10* Whrrmv consist each at 3 branches,
corresponifing to ppla. of Na0.211rO. NAC1. arul CACII.-
N. Thoot
U111 CLAIWKATIN
T. IT.- L X.I. Zlft.
Be. Swilisv" KI" &"Any
to 20*0 go oil Got MISAA1 as 4mv its too
bu is 11 to All; .19 :1 a, a, vi: it it cc i i IFM M I 1 0 ~d 0 00 W I If AM I a 4 2 1 W
0 0 AD 0 0 0 *a 0 6000 00 4110 0 *
0
0
00 o00,00 0 a 0 0 0 0 0 00 00 0
RM

"We 0 low
Z
It
'Joctti4t Ape
r
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, 1.
IWIMMITIl." iru
NOW assim
A A *
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chdo. at
vrcre
CA tbeot
R&O m looited ill "T pit
60., No j00196. a of O-W wow
Mao Iss-"t"Atodieca"
C% 'cl ts WIL91 SIT
xj~ v
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i"611-" Wit
denumd by, gicl, eggs"
the j~fdd.
cacti. W Cl W*Y, god &,,*dWr1tQz&,J.
sea
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Y U, AT 1 !-,V A0 K
USSR/Oceanoloff Jan 1948
Sea Water
wResearah on the Squilibrium at 550 7 of Na, U91101,
60k - 920 in a Marine System," 0. K. Twztlyeval
LA,,,. of Gen and Thorg Chem, Ae&d Sci USSRj 9 pp
.14Zhur Prik Xhim!' Vol XXI) No I
Full studies of the five-component marine system:
Answers obtained for problew of the orystalliza-
tion of sea vater, vacuum vaporization, and purifi-
cation of brine during the process of obtaining
manganese chloride products. Submitted 28 Apr 1947.
64
!J 2L
_
'.."Pn %
5
- SK10%

a im tk a" "M X, Pa. a. go, moo
At a r. "1 0 Atil Offt.6 Irdwe'C",
Mail. Orl. ti 01-41"W'RY 33towd Pis.-KAim. Aad..
Iasi. ("A*l i Nowjf. KAI*o,. Ab,W, Mask
3
w"v,cvsq bl"v- with dala
n U W Pd an thifs 4116 WN& OMMM1941
.!&dc phase dkgnLm for the Ave-tootimment m"tem
11mis diapm contains l6spaces of salt
Cx,
o

0 0 0 a 0 0 -0
I=M
1__ t I- I- -M- !L U 11 14 -4 1 11-A 11FL11- DIN -A__W ~J -P IQ N IS N _v A v Ll 41 o -44 -*I!o
I A
a j K AJ
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Ill
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. 0,
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go A Wultifily In the system (Cs,Hj4CO.,SO.)If,O 4P k

0 Plikkidy Akdd. Natilk S~S.S.R., V
ANALXNA. 1:11 179 141
I_
lu
i
A
l
l
d i
h
14
I
4
j -
o
nvest
on wait colu
ucte
,
V
n
n t
e recobn
1
pt
*
-
go 00
tnitr ~(urvstkso in this, system (Ca.?6fxXCO,.k
A).)-I(rO itiul in
0 0 1 M hosiling %Y%trilk OSC04411(:00-1140 ist 2V and 1"'.' - I to 411
0 o A .41111. hi the pirsentv of 0 10) 21;: V.ICI. SIM plm" Vetc 411. -0 0
Aysed oplicully and themlicAlly. The d6griim fill, file systirm
09 A i CUC(h-%IxC(h-IW) dwwv the convul"t future 14 the WON- to 0
9 lolity of doloosite which ressissint unchAntivill in the purwore oil _e 0
NACI UP to 2c;-. In all cmim. the "tibility of dolminitr I, tit ;& as 0
minimum compared with Ow"ubiblino(ir2kitrand rugnesifir
The diagum tit the iiystcm (Ca.lfgxC(j'.SO.VIIr0 rom.61S of Ze 0
five filldis corn-spirmiling to the of 4-ilor. dolw so 0

0 0 olite. gypsum, magnessite, arm] elivismite. The (h3grum Ah.10%
0
the relationslitips of the uilt%. within the rrg~ns ill flulionsite.
0 0 within which dolomile can be synth"iml. The ficlil oftlobinsile so o
00 i% stable with rrrArd to its limiting -A)fid ph4w% i)f vu [cite, gy1muns. goo

F .ind majoesite; it occuplet a Urge *ectlais of the rWXrjrn anst
MOO
00 4 increaws notiorrubly as the %'aC1 incrvA%" up tit 2'; 11 Z K.
0 0 9

WO
!A 0
too
Asll.114'41 M41ALLURSKAL LITINSIM CLASSWKATION
0

14 .30% -A 1 14601"1 -it 04V Ott flibn 41

b

,

a IF
4W 0 a 9 1 IN W 9 A a 3 9 1
&I go 131;
0 0 U, or IS it9It it C9 It 11 t

as
0 MOO
0 00

0 0 0000000000000000000000*000*000000006

0

us %&ULQMUJr' M .%U.Vt= M.n sulutwJ40, W. ~.
lots$, Sekt4rd Fit.-KAim., Anal., Akad.
2522-WID50).-The Wly, of dolomite
2
0,
was studied In the! lifesence of CA and htg cArbourites and
aulfates tit 25" and Pcj;t - I atrn. and in the pitsence of up
to 270 Nacl. In all. 10 comphs. were stildled. First
were obtained time or. conen. curves, fline running up to
244 days. In moit bill not In all of tile atuilled complits.
-equil. was attained within thii time. The effect of salts on
the saly. of dolomite varied.' Phase diagrams were con-
structed for the systenis CaC0,-,NfgC0rlI,0 anti (CaCOa +
MSSO4 - CaSOA + MgCCQ-1120, both at equil. and tion-
Cquil. the crystrit. field o( dolomite is the largest an the
diagrain and is bordered by fields of calcite, gypsum, and
Magnesitc. In the presence of NaC1 the dolotnite field
extends in the direction of gypsum. NaCI also shrinks the
field of calcite. On the univariant curves delineating the
-dolomite field, dolomite + calcite. dolomite + gypsum,
Rriddolomitt+ruagnesitecrystd. These werestable pairs.
The tocilitt-nce of dolomite anti epsomite is prevented by
the Intervening field of Inagnesite even as the co-txhtence
of calcite and magnesite Is prevented hy the Intervening
Idolomite field. The triple points on the diagram corre-
spond to epsomite + magnesite + gypsum, dolomite +
gypsum + magnesite, and dolomite + gypsum + calcite.
The Ist and 3rd of these points are eutonic anti the 2ntla
transition point. This diagranit enables clucidati(xi of the
synthesis of dolomite, metamorphosis of brines, and tstn;
of the aggressive action of natural 'waters on ta rbonat
rocki. M. llosch

YANATIMA, 0. K.
"The Hydrated Form of Potassium Sulfate.," by M. P, Shullgina, 0, S. Kharchuk,
and 0. K, Yanatlyeva, Doklady Akad. Hauk SSSR,, 73, 1050 P. 507-51o.
K SO H 0 is Commonly supposed not to exist. Now dotns. of the polythorm. of the
ayste~'2 KX4-2~.go from30P downwards., with mi#s. differing by 0.05-0-15% K so showed
a new crystn. ranch beginning with a sharp inflection,, at 9.70, toward the ~4. axis,
and ending in the eutectic point at.-l.80. The transition point at 9.70 corresponds to
8,48% K 504 the eutectic at -1.80 to 7.09%. These results were confirmed by isother-
mal deU;. 'at 2,, 5,, and 60, which gave points lying exactly on the new branch* By
cross-inoculation of 2 systems satd. at 60., one of which had to be the stable, the other
the metastable onej, the new branch was shown to correspond to the stable system., the
Ifold"., i,ea., the uninflected branch., with a eutectic point at -1.90, being unstable.
Crystals taken from the stable system lost 8,97-9.20% on drying at i500; by the device
of crystn. in the presence of KI,, permitting a correction for the mother liquor adher-
ing to the crystals, the H 0 content was detd., more accurately, to 9.20%; the theore-
tical value for K2SO4IH2O 9.32%. Under the microscope,, crystals of K SO H 0 are
clearly distinguisha le from K 04. Finally., thermography of ci7stzLls oj a;02,n 20
gave an arrest at - 1.6 (eutecdc fusion) and a transition at 9.80 (dehydraUX.
N. Thon

good of roodmakal Plevaurs on resettons betwe" mks
In 00 WW @#At@. L. G. Berg, 0 K Yanso'"a and
(1901)).-Finely ground mists. of the valts were vubjectc4
at .000 temp to a pressure of WW atm. for a Asia. M
In the syirt"~UCO. + Mrais .0 rw. + 2MOO.-H.O.
thermagramv taken before and after "of It
to be kictitkal, kid t a .1
r1o.-rM."AlItion Q( dolomile or 6" he; .), "
t1twted from Cakd. Of the IMA. vols In %111111 Ing
rystevu, bowem, compression did result In the appearafte
at slight new thermal effects In the which
Increased an ipv ted grinding and tvUi:=. is;~ WIS
Indit-aled simse slight deK-c* of Atm. ~Son. (2) In
-CoM + U&M.3160. taken elther In a Sit or a 1110
mois, folio (the Later vorsespon4fing to eq vok.). colt-
prTudon rroull"I. In The let hilkidnev. In a n't vvidoibermal
effect at ntsoid W. resembling tbAj of doloinite; comjwm
effect at NO'. which
at Mx) v rise to an wMn.
might be ascrim to magneolle. although Ora pun kleserite
sorrietimes shows a my ought tudothermal effect at 620 .
Ulth a 1: 10 mot. r2tio, entlotbermat effe"S at 6W and at
740'. andho smatitexothtmut effect at 770-W*. Pei ob-
*.rrrd bat in the nitia mist. atid at ter coospression. The
endotbermal CaCCh d1mvn. effect at WW was ocessionally
sn'
vulspreasM, owing no doubt to superposition of an r
thermal effect possibly due to Interactim between C&O and
MgSO.. The amt. of rv&cdoelprodoets In "systens does
not. at any rat". exceed I-0%. and. conwquently. thew
pf(Aucte cannot be driecievi by x-rays or crystaRo6plic
ruethods. (3) in NajHOj + 31($150j, com causes
the CM110ther"I eftert at 57to' (polymorpb =transition of
KtSO4) to disappear, wheteas the NftS04 effect at 20,
"ttlaths unchanged. yuthernwe. two new tif
at 4306 and at 450f; the Am Corresponds to CCIA appear
derompo. of
glawile 3KO NN#50~. wisems the 21A might belong
10 transition at A I ""P. It""MI owinit to (.)fM*t JOB
ot solld sobt. (h, A times repeale4i ro1"pjrA&k)jj. 1b, eff",
at 4W Increased relative to the Polyinorphic Crallsillon
tome At &PU*. (4) fit Na #*) + CAW 41 dif j(), (twine.
lift of 11suberite, NAO)..ZM
I - Clearly Indicated by
he d1swearvice of the exothermal effect at 3430, ascribed
to '-'anffeuxut Of the LittiOg of anhyd. CaSO~; the endo-
thermal tff*cts at 175 and at 2441- (dehydration ol
("A 111() and transition of NavW)o. n-sp.) rerndj,jqj un-
changed- AW#httualothettimietFwt.abwlillnlhemigilm,
Inixt.. NPPC*rw on comprespim St &W. .
91GUberite formed Increased on rrpratd c0 , The 11me. of
" Pfeq*tlnq. arki
also on PrUI-W (111111.) 11111411I.ComPtraskin. N. Thoo
z - e~
J7

j
0.
U=Xhemi3try Inorganic chemistry
~:Card 1A Pub. 40 24/27
Authore Yanatyeva, 0.1K.

Title ,q
Water solubilit7 of dolonito
in the presence of C02
Periodicala Izv. fit; 33M. Otd. khim. nauk 61 11,19-1-120, Nov-Dec 1954
Abstract A brief report ispresented o n the solubility of dolomite ih water in
the
prosence of CO, The rel ation between the dolomite solubility and
_
the partial CO4
2 pressure is e ed.
xplain Some experimental results obtain-
ed in dissolving dolomite in the prcsence of CO are ('escribed. Three
references: 2 1.131M and 1 USA (1940-1950). Tabie; graphs.
Institution Acad. of So., USSR, The N. S. Kurnakov Institute of General and Inorganic
Cherdstry
Cubmitted April 7, 1954

T
R
q
-
:
P

1 -1 _V_ - -
~ANATih -, I 11~ -
..-USSR/Cliemistry-
Card 1/p,
Author Yanatyeva, 0. K.
Title Phys.teo-chomical characteristics of certain carbonate
species
Periodical Dokl. AN SSSR, 96, Ed. 4, 777 - 779, June 1954
'Abstract, The Investigation of the physico-chomical and solubility
characteri-stics of carbonate rocks, necessary in solving
numerous problems connected with the exploitation of the
sources of these.rock3, is described. An eqkiillbrium
diagram of the system, which may serve as a moans of' char-
acterizingeortain carbonate rocka, containing small ad-
mixtures, of oulfatos and trnces of chlorldod, in given.
The solubility of the rock will be affected to a known
degree by the admiii;ures, con .tained In It (humic acid,
silica, clay,, etc.),, howeverY the general rules, govern-

Do-kl-.-Alf SSSRO 96,-Ed.~4, 777 779., June 1954 (Additional Card)-
Card 2/2
Abstract Ing the solubility of carbonate species, will basically
remain unchanged. Two rererences. Tables, graphs.
Institutlon Acad. of So. USSR, The,N. S. Kurn-ilcov Institute or Gen.
.Presented by: Academician G. C. Urazov, March 9, 1954
50
Af
f, Itil. ~F' t -

-X 4

SHULIGIIIA-,~H.P.; lafARCHUK, O.S.; TANATIMA, O.K.
Nov solid phases in the system: lcl-kSO~r-H20. Izv.Sekt.f iz.-khin.
smal. 26:198-210 155. (KIRA 8: 9)'
1, Institut obahchey i neorganichaskoy khimii im. N.S. Xurnakova AN
SSSR i Stalinakiy meditsinskly institut Im. A.M. GorIkogo.
(Potassium salts) (Systems (Chemistry))

YAUTIYEVA, O.K.
Solubility isotherms 00 and 550 for the system: Ca, )49 C03, S04-1~0-
Izv.Sekt.fiz.-khjm.*n&j. 261266-269 153. (Rw 819)
1. Institut obshche7 i neorgannichesko7 khimij im. U.S. Kurnakova AN
SSSR. (Calcium salts) (Magnesium salts) (Solubility)
WMAWA&MOMM"~ EWA
N~

USSR/Chemistry - Geochemistry
Card 1/2 Pub. 22 - 34/51
Authors i Tanatyevas 0, KO
i6psum solutionson dolomite in the presence of 00
Title, t Met o aqueous
Periodical t Dok. All SSSR 10115., 911-932., Apr 1l,, 1955
Abstract I The interesting results obtained in studying the,effeot of pare water
-and aqueous gypsum solutions on dolomite (CaCO at Tarious
partial C02 pressures are outlined. A-study oi#do1o;?te volubility
in gypsum solutiong of various concentrations showed th*-t at a
partial CO, pressure of about 1 atm and temperature of 250 the upsum
practically has no effect on the solubility of the double carboaz%to
Institution I Acad. of Sc..9 USSR; The 11. S. Xurnakov Inst. of Gen. and Inorg. Cbam,
Proeented by s Academician 0. 0, Urazov, Decorrber 6, 1954

US,~R~Physical Chemistry. Thermodynamics, Thermochemistry, B-8
t Equilibria, Physical-Chemical Analysis, Phase Transitions.
Abs Jour: .2. K. Yanat~~va V. T. Orlova
Inst
Title Study0of Equilibria in System K2SO11-Na2SO4-M9SO4-H20
at 55
Orig Pub: Zh. neorgan. khimii, 1956, 1, No 5, 983-994
Abstract: The solubility at 550 was studied in the systems Na2504
(I) - K2SO4 (KK) - MgS04 (III) H20 and I - II - HgO.
Crystals of the relation of II I > 3 (3-35 and 3. 0)
were obtained in the latter system. Their x-ray pictures
differ from that of glaserite (3K2SO4.Na2SO4) (IV), which
allows the authors to consider these crystals as a new
phase forming at higher temperatures. Six crystallization
fields were disclosed In the quaternary system, viz.: I*,
11, Ng;S04.6H20 (V), Na2SO4.MgSO4.4H20 (VI), K2sO4.MgSO4.
4H20 (VII), IV and four nonvariant treble points: 1)
12.96 of 11, 4.05 of 1, 15.64 of III; solid phases of IV,
II, VII; 2) 7.12 of 11, 12.61 of 1, 20.25 of III; solid
Card 1/2

USSR/Plliysical Chemistry. Thermodynamics, Thermochemistry, B-8
Equilibria, Physical-Chemical Analysis, Phase Transitions
Abs Jour: Ref Zhur-Khimiya, No 5, 1957, 14707
Abstracts phases of IV, VII, Vi; 3) 6.11 of 11 21.45 of I, 12.4o
of III; solid phases of IV, I) Vi; 41 3.68 of 11, 4.80
of 1, 31.65 of III; solid phases of IV, VII, V.
Card 2/2

or
water ut 23 under I om. -.2
=h x-ray,
)---rr~iw lite?
MQ ru
RIK'
(_)_Ly 14~ 1 L.
j tLq ~q~qjjyr
tand oue did:
hot fit either m-um;:: Themal
141 -Irmt, I
tt I 1 1; aA 11 ;Cow. v"Ttswu
--One.
b Tula S -Lu ~-l dl-, .... .
ntent w Ias c T~-

Investigating the noiubility of the 878t6m Ca, Y9 CO3 SO4 -
H2 0 at 250 and Fco2 ::::- 0.0012 atm. Zhur.neorg.khim. 2 no.g:
2183-2187 B '57, (MIRA 10:12)
l.Institut obshchey i neorganichaskoy khimii im. N.S. Kurnakova
AN SSSR.
(Solubility) (Systems (Chemistry)
-----------
og

ru

AUTHORS: Y. T. SOV/78-3-10-28/35
TITLE: I. The Crystallization Volume of Schenite in Sea Water
K, Nag 14g((Cl ' so4_-H20 at 0'( I.Ob"yem kristallizatsii 0)
shenita v morskoy sisteme K, Na, Mg1jCl, SO 4-H20 pri 0
PERIODICAL: Zhurnal neorganicheskoy khimii, 1958, Vol 3, Nr 10,
pp 208-2413 (USSR)
ABSTRACT: The conditions of crystallization of schenite-
K SO . 14gso .'6H 0. were investigated in the five-component
2 0
systim K, NA, 1JgjjCl I so -H 0 at 0 . Thn solubility,
viscosity and density were 3eterminod in the systems
K9 Nag MgIIS 24 -H 20, K, hig I/ Cl, SD -H20 and K, Mg, Naf/Cl,
so 4-H20 at 0 . In the system K, 141, Isgilso 4- H2qno solid
solution of the glaserite type appears in the solid phase.
The equilibrium diagram of the-system is characterized by four
ranges of crystallization: schenite- K 2 so 4* ugso 4' 6H 20 and
the hydrates of the sulfates of K, Na and Mg. Six
crystallization ranges of the following salts appear In the
system K, Mg1jCl, SO -H 0: 9chenite, carnallite -
Card 1/2 KC1. MgCl 2' 6H20-tul, 2?'jgSO 4 7H 20, 14gcl 2' 6H20 and
~Card K 2so 4'H 20. The conditions of the existence of schenite in
M'M

I-The Crystallization Volume of Schenite in Sea Water K, BOY/76-3-10-28/35
,Na, hlgl(Cl, So 4-H20 at 00
the fivecomponent system K, Na, MgllCl, SO 4-H20 were
determined. The crystallization range of schenite is limited
by six salts: glaserite ( 3K2 so 4' Na2so4 KC1, NaCl,
2so 4*H 20, MgSO 4* 7H 0 and Na SO 10 H 0. There are 3 figures,
2 2 4' 2
tables, and 4 references, 3 of which are Soviet.
ASSOCIATIONi Institut obshchey i neorganicheskoy khimii im.N.S.Kurnakova
Akademii nauk SSSR ( Institute of General and Inorganic
Chemistry imeni H.S.Kurnakov of the Academy of Sciencea, USSR
SUBMITTEDt May 5, 1958
Card 2/2

5(2) SOY/78-4-8-32/43
AUTHORS: Y&natlyeva Orloval V. To
TITLE: On the Conditions of the Existence of Glaserite in the System
K I HOL t Mg 11 Cl, so 4 -B20 at 00 (Ob usloviyakh sushchestvovaniya
glazerita V siateme K,.Na, Mg Olt 80 4 " H20 pri 00)
'PERIODICAL: Zhurnal..neorganicheskoy-.khlmiip.,1959t Vol.4t.Nr.8, pp.1903-1909
(USSR)
ABSTRACT: The authors wrote this-paper on,,the occasion !)f the..40th Anni-
versary of the existence of'the Komsomol The double salt
glaserite (3K2SO 40 Na2404) forms.- solid,. aoiulions - with-its..com~-
ponents Na2SO 4 and K2SO 4# The publication data on the tempera-
ture limi-ta-for'the existenoe-of.-thess- solid-.Bo-lutiona-. deviate.
It was only proved that.the addition of chlorides.permits the
existence of glaserite at'low'temperatureb' The investigations
of the.authors showed tha'i-in.tho.eystems.i 2so 4'_ Na2so 4-~_ H20
and K2SO 4 - N&2SO 4 - M92504 ~. H.0 no, glaeerite is formed. In
order to determine the snlid phases of the system mentioned
Card 1/3 firstp which represents an important member of the marine
ng_

SOV/78-4-8-32/43
On the Conditions of the Existence of Gl"erite In the Systen X, Na, RgIl
'Cl, so R 0 at 00
4 2
five-oomponent system Ky Nnq Mg11ClV SO 4 - H 20p the-solubility
isothermal line was investigated at 00. In contrast to data
from publications (Ref 2) K 2 50 4'H20 and Na2 so 4* 10H20 were found
to.be solidphaaes..Glasaxite is f.orze.d only at 09 and only
in-the presenae.of certain amounts of chlorides (KC4 HaCl. and
MgCl). It does not oryitallize,froz the sulphate solutions of
Kj Na and Mg. The range'of'exi-stence of glaserite is found in
the systems K, NalIC.11 SO - H 20 and Kv Nat Mg(IC1, so 4 - 'H2 0
4
at a chloride -,concentration. Of 8r.10% and. it increases sith
thei.r inczaasing eoncantretti on. Tha axyataUization ranges of
glaseri-tet potassium sulphate manohydi~.ata ancL.Glaubar.'s salts..
were daterminadAn. the-f4vemanzpaaent aomplax-at 00. The gy-11.
-rang&:. af..glaserite penetzatea aani_oalJv.AntD the range of the.
tw-o aulphates, which cacupy the maxiffmin part af the ijagzam.
The results are important for the production of pure salts
In the processing ~f crude salts of marihe-origin. There are
5 figures, 3 tables, and 7 references, 5 of which are Soviet.
Card 2/3

BOV/78-4-8-32/43
On the Conditionn of the Existence of Glaserits In the System K, flap 11g,11
Cl, so I!, H 0 at 00
2
ASSOCIATION: -Institut obohohey I naorganichaukoy. khimii im. N. S. Kurnakova
Akademii nauk SSSR (Institute of General 'and Inorganic
Chemistry imeni-1. 5, Kurnakov of the Academy of Sciences
USSR)
SUBMITTED: May 5t 1958
Ca rd 3/3
4A

COUNTRY I GDR B-8
CA TEGM. Y I
AIM" JQM, I RMImox No, 5 1960, No* 169.59
AIJIMOR x Janatlyeva, 0. K. and Orlova, V. T.
I14ST, I t given
TTITLE I Eq'uilibria in the Salt Water System K, Nas Mg I C1,
S04 -H~ 0 at 55*
CP TG. PUB. t Freiberger Forschungsh, A, No 123, 119-126 (1959)
AWMCT I 10111bility, viscosity, and density characteristics
in the tyatems K, Mg C1, SOj -H? 0 and K, Na t mg
Cl, bO4-H.0 have been investigated at 550. The
complete solubility diagram for 5-component salt
viater, including 15 crystallization volumes of the
ealt6 (sic), has been obtained.
From authors' su=ary
CARDs 1/1 35

YAMTIYZVA.0,0.X.
700 Solubil4ty isotherm for the system Cap KgIJG03, So - R 0'
Zhur.,neorg. khim. 5 no.11:2582-2586 11 160 (k~A 213:11)
1. Inatitut obahchey i neorganicheskoy khimli imeni N.S.lurnakova
Almdemii nauk SSSR.
(Systems (Chemistry))

YANATIYEVA, O.K.-, RASSONSKAYA, I.S.
--------------- 11
Metastable equilibria and solid phases in the s7sten CaCU3 - XgG~ -
H20- Zhur.neorg.khim. 6 no.6:1424-1430 Je 161. (MIRA 14: 1)
(Calcium carbonate) (Magnesium carbonate)
(Phase rule and equilibrium)

YANATIUVAL O.K,; RAPOPORTj, G.S.; RASSONSKAYA, LS.; USTINOVA, M.B.
Physicochemical investigations of calcium and magnesium carbonates
appropriate to the conditions of sovel-it productift, ZbLir.prikle
khim. 34 no.lOsg347-2330 0 161. (MIRA 14t.11)
Is Insitut obsbehey i neorganicheskoy Ichimii imeni N.S.Kurnakova AN
SSSR.
(Sovelit) (Calcium carbonate) (Magnesium carbonate)
mom

YANATIYL,TA, O.K.
J~atastable equilihia in tho systvum Cr-C03 - :'GCO3 F.20, lzv,
AN SSSR, W, khim, nwjl-. no. 1:11,0-1~2 A 161. (M-a'. 14:2)
i li im*17.5. 1:urrakova
1. Institut obahchoy i neorf-pr-Lclisskoy lrh=
All SSSR,
(Calcitm carboni4to) (1-1posium carbonato)

YANATIYEVA, O.K.; ORLOVA, V.T.
Reciprocal system consisting of K, Na, and Mg chlorides and sulfatet
at 1000. Zhur.neorg.khim. 6 no.12:2816-2817 D '61.
(MIRA 14:12)
1. Institut obshchey i neorganicheskoy khimil Imeni Xurnakova
AN 55SH.
(Systems (Chemistry))
-T!
Q2

YAIIAT')a',VA.,_-O..K-4 OWOVAj V.T.
8olubility polytherm of the a7ateem K., lia, Kgroll, So#
Dokl. AN SSSR 142 no.1:102-104 Ja 162. (MIRA 74:~12)
1. Ixwtitut obshchey i neorganiebookoy khimii im. N.S. Kurnakova
AN SSSR. Predstavleno akademikom I.I. Chornyayovym.
(Systems (Chemistry)) (Crystallization)
77

CRLOVAp V.T.; YANATI),&'VA -0,,K,.
Interaction of valts in the system Ka. Yg1 Cip S04 E20 at
1000. Zhur. neorg. khimo 8 no,7:1789-1791 JI 163,,
(Salts) (Systems(Ghemistry)) (MIRA 1637)

00 f/002/015
YD308
:AUTHQRB;- Kaladeg Yu. A.g Shugurov, V. K. and Yanavichyusp A, I.
.TITLE*
Elimination of the motion of the center of mass in a sys-
tem of identical-particles
SOURCE: Akademiya nau'k Litovskoy SSRO~ Trudy, Seriya B, no. .1,
19639 13-20
~TEXT: The authors consider a means of eliminating the non-Gingle
the consequent false states which arise in the de-
termination of- the eneirgy,of the states ofasystem of identical
..,particles.' A method is given for constructing the wave functioxV.0f
the relative motion in a system of N such particles, the mass'of
.-each of which is taken to be unity. By means of a non-singular
~_;transformation it is possible to eliminate the effect at the center
-of mass. Then, in operator form
AR -9N + M (N 1) (3)
'Card 1/3

3/236/63/000/001/002/015
';Elimination of the Off D251/D303
N-1
(N 1)
), 1
z
)
] (
i .
i
i i
4

-where-M--ia the total-boment momentu Is - the- b6ment -c orre B.-
ponding to the motionof thecenter of the masst ER is the relative
7',,,-_,:.mom ent, and a is:,'the.-_ spin ---moment-,;-- The-. opera.tor.-H(N 1) does not-'--
a-c t ~_On,_ them N-th partic 1e and "hence-.it iB po8s ible to take-any par-
-ticle as th e l ast' and -to- -Lise: acoordi nate system
~~i
rk , N 1

Card 2/3

7 S/236/63/000/001/002/015
Elimination of the ... D251/D308
(Cr, +
y(x x20 XN-1 N N
+ N-1 (6),
NY X1 9 2) (eN_1 N ;1)
constructed using Clebah-Gor-don coefficients and genealogy'co-
efficients., The calculation of the matrix elements is discussed,
and a worked example is given. There is 1 table. 0
+ -ASSOCIATION,.,, Inatitut fiziki i matematiki kkademii nauk Litovskoy
SSR (Institute of Physics and Mathematics of the AS
Lithuanian SSR); Villnyusakiy gosudarstvennyizuniver-
sitet im. V. Kapaukass, (Villnyua State University im.
V. Kapaukas)-
-:--SUBMITTED: July 7, 1962
-- ---- - ---
-.card 3/3
........ .....

4443
AUTHORS., Knraman, 1. M., Tlwano-,r, A. A, Yanay-~va, V. Ya.
TITLE F and 9,~D)bLlltv ~," s,~ra- Gmpl-x. rrimpourds of
PEHIMCAL-, Rr!fw.,rJl-,rnyy zhiu,nal. Whimiya, nc. 6, 1961, 106~, Arst-l-
-.FSV, (6V43). ("Tr. po khimll I khim. tkhtl,,,I. r I Ir I
qAO, i,
86 - q0)
TEXT ~ Compley ,~.mpcomdz )f In. and SCU wtth A ri,' I rov r i rw Lvi'llmid,ri all-t
linailpyryl M,;it'hani* hhv-n be-~n synthuai7~,I. TtLi-ir
exprAseed by fi~rmularli [~.n ( c H, M)'](SCN)0 '61
1 2(Cl,5H',70N5 31(SCN~
~l 12 ~-3
n Th-, sol,,iL,'lity of the tcuiplor oompoAnds con-
. (Sr'N)6
U
ri-ir.ned has b,,en dotermirted ir wate., , eulfurie, aeA., And acetic a,,ld of
di fferent conc-entrat!ons. and also ir. somp srlv,?nts. The for[D-3.-.
:,f' Tn (0 H 0 ti 35~7W6 a.,r-wpd to A~tarmlne amall amo,inti ~f'
2 4 ".1 A
I zt. [Abstrant,~rlt; n,-t,-; trariulat~.c-njI

L2 -;4J /44-4/
ACC NRs TP76007498 souRcE coDEV6i69/66/011/002/0211/0218
AUTHORt Voronin, E. S.1 Yanayt, Yu. A.
ZZ,
ORGt none
P
TITLE: Phase switchij~ a three-state parametric trigger
SOURCE; Radiotekhnika i elektronika, v. 11, no. 2, 1966, 211-218
TOPIC TAGS: flip flop circuit, parametric oscillator
ABSTRACT: A two-'tank parainetric-oscillato is investigated. It can be excited on
one of three stable types of oscillations having the same frequency but phase-shifted
by 2 r /3 from one another. Such an oscillator can be used in computers
as a 3-position trigger. Fomulas describing the operation and phase-switching of
the.oscillator by a harmonic external signal'are derived. It is found that the
external 'signals of suitable amplitude and phase can effect switching the trigger
from one of its stable states into another. Limits of the stable operation are
determincxi. An experimental Verification Included a hookup with balanced diodes, two
tank ercuits tuned tD 1 Mc and 2 Mq; pumping frequency, 3 mc; pumping signal amplitude,
External
1-5 v. Reverse-biased Si D-205 diodes were used as modulating capacitors.'
300-1500-microsee pulses with adjustable carrier frequency were employed. Stable
---switching - of --theL-trJ-gger- on a low-m-power- signal -was _wtievod. - Orig,,- art. has: 3__
figures and:36 forzulas. (031
004/ ATD PRESS:,~
SUB 0 09/ SUBH DATE: 09oct64/ ORIG REF:
I Card
t

SO-jRGF-: Pribory I tekhnika eksperimenta, no.
r I,-. tr., I ri~ pe.f.f., t! I

k f
INO REY 50'1,~ )03

YANBAYEVP T.A.; TALIKOV, N.A.
Clini,oanatomical comparison3 of renal changes in suppurative
processes in the body. Khirurgila 39 no.8:98-100 Ag 163.
(MIRA 17;6)
1. 1z khirurgicheakogo otdelenlya Tashkentskoy klinicheskoy
bollnitsy neotlozhno7 po=shchi (nauthnyy rukovoditell-
prof. S.A. Masumov, glavn7y vrach zasluzhennyy vrach
Uzbekskoy SSR T.Sh. Alimov).
77=7 X,

YANBAYEV-,- TALIKOV, N.A.
Clini,,oinatomical compa~.Isons of renal changes in suppurative
processes in the body. Khirurgiia 39 no.8t9EI-100 Ag 163.
(VdRA 17:6)
1. Iz khirurgicheskago otdeleniya. Ta-shkentskoy klinichoskoy
bollnitsy neotlo2hnay pomoshchi (nauchnyy rukovoditall-
prof. S.A. Maswww glavnyy vrach zaaluzhennyy vrach
Uzbekskoy SSR T.Sh. A11=7).
MIT

YANBAYEVA, Kh. I.
YANBAMA, Kh. 1. "Sme Data on the Functional State of the Cardiovas-
cular System and the Reactivity of the Organism of
Patients with Rheumatism and Septic Endocarditis.
(Clinical-Laboratory Investigations)." Published
by the Acad Sci Uzbek SSR. Tashkent State Medical
Inst imeni V. M. Molotov. Tashkent, 1956.
(Dissertation for the Degree of Candidate in Medical
Science)
So: Knizhnaya latopislj Not 19, 1956.

YAUBAYEVA Kh.1
V
Clianges in tir"i In rheu;rAti,-- f6var. Sbcr.nau:-~j,
trud.TashUlll 22.0 51-59
5 ) 16:27 o (m:RA
1. K%fedra gr,3pltillnoy terapli Elan-Itarnc..-..qlgiyt3ni,.Iiasl-,-)go i
rAdlatrichcjskogo falkuVVtov (zav. kifed-.-t-y prof, NN.Pavlova)
Ta3hkentskogo 6csudar3t-veruiogo msditslnsk,~gc- inatituta.

YAN13AYF,VA,;.,K.41~r.Q~~~~_J.~j~,I inovna,- LEVINA, L.M., rod.
(Rheumatic fever and heart defects] Rovratiw. i porokli
serdtsn. Tashkento Medit5inao 1965. 151 P.
(MIAA 18:9)
-a-

YANBAYEVAY-Kh.I., kand.med.nauk; GULYAMUVA, S.G.) aspirant
Use of phonoca-rdiograpby in the diagnosis of mitral and aortal heart
failurc. Mod. zhur, Uzb. no.8;92-97 Ag 161. UiltiA 15:1)
1. 1z Instituta krayevoy i eksperimentaltnoy maditsiny All UzSSR
(direktor G.M.Makhkamov).
(HEART-VALVES-DISLMEZ) (I=YtT--SOUND3)

YAIABAYEVA, IM.I.; IVINA, L.M... rod.; AGWOV, X., tokhn. red.
(Heart defects) Foroki serdtsa. Tashkents Nedgiz, VzSSR,
1962. 1+3 P. (MIRA 15:7)
(11F,ART-DISEASES)

YANBAYEVA, Kh.I.i kand. med. nauk
Importance of the diphenylamine reaction in the diagnosis of the
activity of the rheumatic process. Vop. revm. 3 no.3t7l-74
il-S"63 (MIRA 170)
1. Iz Instituta krayevoy i eksperimental"noy meditsiny (dir. -
prof. G.M. Makhkamov) AN Uzbekskoy SSR i kafedry gospitallnoy
terapii, lechobiogo fakWteta ( zav. - chlen-korrespondent AMN
S$R prof. Z.I. Umidova) Tashkentskogo meditsinskogo instituta.

YARAYEVAp Kh.V.
CapiUary permeability in rheuratic fever. Trudy Inst. kraev. eksper,
mod. no.3:57-64 '61. (MIRA 15:5)
(CAPILLARIES-PERMOILITY) (RILEUMM FEW.R)

YA)IBAYEVA,, T.A.
Amctional conditions of the kidneys in suppuratiTe gm-gics.1
diseases* Xhirurgiia 36 no.Ut138-139 F 160, (KMA 13 t12)
1. Iz kafedry goopitalluo7 khirurgii (zav. - prof. S.A. Hasmov)
Tashkentakogo meditoinakogo institutus
(KID14151

YANDORIZOV, R., kapitan-ley-terAnt
Petty officers are champions of regulation procedure on ship.
Komm. Vo*oruzh. Sil 3 no.18.-62-.66 3 163. (MM 16:10)
(Naval discipline)

25(5)
AUTHOR: Yanbukhtinq ALKh., Section
TITLE- From the Experience of a S:,cti.on'.9
Pl~~LJ c~e ,'jr-)up
po gruppovoy t(,-.k1uiu.j_uc;xk~
PERIODICAL: Mashinoatroitell~ 1959, Nr
SOV/117-59-2-13/27
Chief in a Machine Shop
Work Yyr,erienoe in the
x -
(1z opyta raboty uchastka
2, pl, 22-23 (USSR)
ABSTRACT: The author tells of the experien:2e acquired by the
Machine Shop of an unidentified -;)lant in the intro-
duction of the group production method, which re-
duced the number of brigade leaders by 45cfa, improved
the quality and rate of production and improved the
planning work. The article is very general-. There
is 1 photo.
Card 1/1

661
flw~ ~,a r
Mg ilis Aixthor Gertiricato pres-o=* a r,,=bim flow--vwr gqn4aiulag Cz
V~q-b -_ itting the retarding
tarde, r an* aingi
ice
IA -the
credise the-, jSilUbl a eriasti#ty_of
a-byl- -gro
owo's,
olUd: the rotati 4,~7dat461t6, _t a rotaidirtj~
r ind th
t
it b he I ma 114;
IAW. _q0VT.4
a la-a-Lbay'll 4 ffqmLY~ 135 =Ijigaitml
cowv
A fLxffs
mill in

-Pee
MEM
'N'T
V,

-00694a-67-
P JV54VINTI(h)4-W
AC U RG9 -~W b6o/bd
C NRs AP600~~54 OW7661 ilbb~1~10b95
AUMOR51 Auvoroys V.-Fe j:-. Xqjj2yp-jtj1 -Makarevich, Og.,
1ORGj none
TITLE: A device for the automatic control of mass.
fannounced by_Scientific liesearch institute or The
Manufactgre (Nauchno-iBsledovateltakiy insbitut to.
C:ais 42, No. 177648
~,;heskogo
SOURCE: Izobreterdyal promyshlemr1e obratsy) tovarjVp maki, no@ 1, 1966p 94-9.5
TOPIC TAGS2 flow regulator., flow measurement, flow control, fluid flow,04HV*)1a41'C-
ABSTRACT: This Author Certificate presents a device for automatic control of mass
flow. The device contains a sensitive element made in the form of a single impeller
rotating with a speed proportional to the volume flown capable of being displaced
along the axis by an amount proportional to the velocity head of the flow. The device
also has a measuring instrument (see Fig. 1)e The design increases the precision
of the measurement accuracy in operation and provides the capability of measuring
reversible flows. The axes of the impeller are kinematically connected with a powem--
converter. This power converter creates a force which compensates the axial movem6at
of the impeller. The ratio of the signals (proportional to the compensating force
Card 1/2 UDG.- 681.121.511.751.3

ZVEREV, A.G.; POPOV, Y.F.; FADEYEV, I.I.; BABUSHKIN, V.I.; BKRLOVICH, I.L.;
BOCHKO, A.M.; BURLAChWKO, S.Ye.; GARBUZOV, Y.F.; DMITRICHEV, P.Ta.;
DIRIDUKOV, G.F.; ZWBIN, I.D.; KOROVMHXIN, A.K.; KORSHUNOY, A.I.;
KUZIN, M.G.; KUTUZOV, G.A.,- LTSKOVICH, A.A.; MASHTAKOY, A.M.;
MIKOYEV, Y.Ye.; NIKELIBERG, P.M.; POSKONOV, A.A.; ROKAEOV, G.V.;
SOSIN, I.F.; SOSHOVSKIY, V.V.; POVOIoGTSKIY, M.N.; URYUPIR, F.A.;
KHARIONOVSKIY, A.I.; CHULKOV, N.S.; SHESHBRO, N.A.; SHITOV, A.P.-,
SHUVALOV, A.M.; TANBUK~HTIN Ehv
Areenil Mikhailovich Safronov; obituaz7. Fin.SSSR 18 no.11:95
N '57. (MIRA 10:12)
(Safronov, Arsenii Mikhailovich, 1903-1957)

M!
JI'TN,
MLM, V.M,,; YAKHOMOV, LA.- YAJJBUY~T JLA,~ FloSNOKUTSKAYA, D.
YA~SEIIKOA S.V~; RUH-"SOV" M.,
Synthesis cf substitnted 4,Q- -die tbylaminc-- cK,-metbylbutylamino)
2-atyrylqu-Inolines. Zlmir.ob.ktdm. 32 no.7.-2169-2177 Jl *62.
(MRA 15.7)
A.. Vaesoy-aznyy nauchno-IssledovattklIskly khimiko-faraatvevtichesl,_'y
imtitut imeDt S.Ord7~homLlddzoe.
j ne)
T!

YANBUMITIN
Distribution of plants of the alcohol, liqueur and vodka industries.
P~Irt' ' pr .22-23 157. (MLRA 10:6)
Rooglavapirt.
(Liquor industry)

YARBUKHTIN, Sh.T.
Urgent tasks Of economic councils of the R&S.F.S.Re vith
regard to the alcohol industrr. Spirt.prom. 23 no.8:32-33
157. (Alcohol) (HIRA llil)
x::