SCIENTIFIC ABSTRACT TSINZERLING, YE.V. - TSIOVKIN, YU.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001757110012-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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TSINZ M ING. Ye.Y.
--
Zonary structure twinning of quartz. Dokl.AN SSSR 94 no.6:1079-
1080 F '54. (HIaA 7:2)
1. Institut kirstallografii Akademii nauk SSSR.
(Quartz) (Crystallography)

Artitcul eariftfition of the-vructue M1,gInOL
N9W--,T T,i,uvrlinK. O,d. S7, 'N-e( fqi7: 90.
CA . 44, 2Scv;-~, - -11,e, t,,- ht,cl d~:;z-nst!atxd Fhat
D,-~uphip.~ t,innnig lamrit:,i ill 1,,:,,tj .-An J~ --j t,y
h, aing t~, in an t!e~. ti"I'l I 'efcctrolytic rm,lfy-
inj,"), Th, ~tnhfli~jlon Q1 fli., 'nov-7y". J,, V~
much iln:reased tilat it I-omnletely tosc'i M ability to form
V,ins und,r mcch. metions, e.g. tmsion. Thig clec. method
is ttn sisir,ble f.,,r ory~t-.ljs %hich ;lr,! niilv difficultly cliangt4
by ordinary metholiq in tht~tr 1,vir,ning ciiz ractcrirfic~. c,g.
by litatilig and cuoling, or under tomon. The DauphiniS
vo,irl l2nicDas are easily detf:ctul in quartz Ify etching pul-
hhtd ~,uctions of rhornboheJral orientation with IIF. The
pl~'v;,- behavior -)f the pttrifmd crystals is ninch hiferlor to
Th:.t --! the ,y5tl,lq uol elecui,Av truat,& Th;-~ jbcrv;l-
tion 6 in 1111"Plailm! contradiction t4j dic pr-wil'sly Ok-
.-n,od fact th-,t particnladv purt natural quartz crystals
-r~ much murt pla3tic tnarl thurc in ill,! tout.-uninated state.
W. Eitc-I

TSINURLING, Ye.V.
Stabilization of quArtz lattices having zonar7 structures. ]Dokl.
AN SSSR 95 no.4:801-803 Ap 134. NLRA 70)
1. In8titut kristallografii Alcademii nauk SSSR.
(Quarts) (Crystallography)

ACCESSION NR: AP4043193
S/0070/64/009/004/0565/0567
AUTHORS: Tsinzerling, Ye. V.; Mironova, Z. A.
TITLE: Displ~y of dislocations in quartz by etching in an autoclave
SOURCE: Kristallografiya, v.~9, no. 1964, 565-567
TOPIC TAGS: quartz crystal, etched crystal, dislocation net, crys-
tal growth
ABSTRACT: It has been found that etching in an autoclave can show
up dislocations even on a cut surface of synthetic quartz. Etch
figures of dislocation loops were observed on natural and synthetic
quartz by the following method: The'autoclave was filled 40--50%
with a solution saturated with sodium carbonate or a mixture of the
latter and alkali or borax, and the pressure was varied between 40
and 140 atm. The temperature was varied between 200 and 3500C. The
experijknt lasted 1.5--3 hours. Etching in a saturated solution of
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ACCESSION NR: AP4043193
sodium carbonate yields small but sufficiently clear etch pits. A
mixture of equal parts of an NaC03 solution and a borax solution
gives rise to a film which cannot be removed and prevents a clear
view of the etch pits. Etching with a 5% solution of NaCo 3 and a 1%
solution of NaOH does not yield sharply defined etch pits on all
types of quartz. Two halves of the same cut, one etched by the meth-
od described above and the other by the usual method with a selective
etchant (H.F with H3BO3) at room temperature and atmospheric pressure,
exhibited etch figures that were mirror images of each other. This
indicates that they are due to a dislocation. Orig. art. has: 2
figures.
ASSOCIATION: Institut kristallografii AN SSSR (Institute of Crys-
tallography.' AN SSSR)
SUBMITTED: 09Mar64 ENCL: 00
SUB CODE: 66 NR PLEF SOV: 001 OTHER: 005
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TSIrAMMBGt Yeov*
-
Twinning of quartz by twist deformation. Trudy Inst.krist.no.11:
165-171 '55. (MLRA 9:6)
(Quartz) (Dislocations in crystals)

IV
USSR/Solid State Physics Mechanical Properties of Crystals E-10
and Polycrystalline Compounds.
Ab;3 Jour : Referat Zhur - Fizika, No 5, 1957, 11934
Author : Tainzerling, Ye V. Perekalina, Z.B.
Inst
Title Strength of Quartz in Twisting.
Orig Pub Tr. In-ta krietallogr. AN SSSR, 1955, v'YP- 11, 172-176
Abstract No abstract.
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Getogory ; UssRISolia Stato Fliyssicn of Gryrtpls. E-7
Crystnllizntion
f,b5 Jour I RoP 2hur - Fi7ikr, "0 5z, 19571 -0 (1719
Author Tsin-crlin- "'o V
Title ~n-~.T~wiming of with 'L'o-nel md Sectoriel Structure
by Veans of thc Trcnsfor~~rtion :'ethod
Ss' , lcr'~), vyp, 12, Va-143
Orig lub Tr. in-ta kri!-tr1lorr. ,-,f 9 li
Abotrtet The irreallUlaritics in the interml structure of a quartz
hrvinr,r P_ zo-nal or soctoriol coloring exert a retarding ef-
I transfomation. The twins are
loct on the twinninr bvrA.=:!r_
nucleated end grow firrt in the bright rogions that have the
least tnpurities. The of separation of the dif-
ferently colorod regions erc, b~_,rrierr for the twins, and to
overcorIe these barriers it is necessary to have an addition-
el expenditure of energy. 'I rogillpr distribution of twins,
encompassing th~_' contcr'inetcd sections, is rea-rhod by
rultiple repetition of tllc,A _Z~_'~ tr-~nsforr-.ation.
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FAVORSKAYA, M.A.; TSIMMING. Ye.V.
Metamorphism of quartz from an ore vein on contact with a porphyr1te
dike. Zap. Voss. min. ob-va 66 no.4:488-495 '57. (HIRA 11:1)
l.Inatitut geologii rudnykh mestorozhdeniyg petrografti, minera-
logii i geokhimii i Inatitut kristallografii AN SSSR, Moskva.
(Rocks, Crystalline and metamorphic)

TSINZERLIIIG, Ye.V.; MIRONOVA, Z.A.
Exposure of dislocations in quartz by the auroclave etching
method. Kristallografiia 9 no-4:565-567 Jl-Ag f64.
(MIRIA 17:11)
1. Institut kristallografii AN SSSR.

TSINZERLING, Ye.V.; VOLISKAYA, O.B.
Determining the sign of rotation of rhe -niarization plane in
quartz from the etching figures on th baSe, "ristallo.graftia
10 no.ltll6-118 Ja-F 165. (MIRA 18:3)
1. Institut kristallografli AN SSSR.

TSINZERLING, Ye.V.
Elongated cavities in quartz. Zap. Vses. min. ol-va 93 no-3:
342-348 164. (Mru :B-:31 j

TSINZERLING, YO.V.
Silver dendritees produced on quartz 4n an electric., f-JeL'.
Kristallograflia 10 no.3:368-370 14~-je 10'5.
(MIFJ~ ji',:7)
1. Institut kristallografli AN SSSR.

TSI17ZERlINGp. Ye,V.; MIRONOVA, Z.A.
Disclosure of dislocations in quartz by the method of selec-
tive etching. Kristallografiia 8 no*18117-120 Ja-Ft63
(MIRA 17r7)
1. Institut kristallografii AN SSSR.

TSINZFRLING,.Ye.V.
Effect of Li, Ila, Ge, Al impurities on twinning in synthetic
quartz. Kristallograftia 9 no.1:69-73 Ja-F 164. (MIRA 17:3)
1. Institut kristallografii AN SSSR.

ACCSWION NR;. AP4012276 3/0070/64/009/001/0069/0073
AUTHORi Tainzorlings Yee V*
TITLEt The effect of Lip Nap Go, and Al impurities on twinning in synthetic quartz
SOURCEs Kriatallograftyap ve 9p no. 1p 1964,0 69-73
TOPIC TAGS: impurity, Lip Nap Gep Al, twinning, quartzp synthetic quartz.,
artificial quartzp structural -impurity., isomorphous replacementp impurity injection
ABSrRACT -. The author's previous work indicates that twinning in quartz is due to
internal morphologyp but it has not been-clear what impurities might affect this
twinning,, how much impurity will enter the quartz structure., in what state the
impurity may be injectedp or what structural changes may hinder the twinning of
injected quartz. The purpose of the present study was to shed light on this prob-
lem. Na and Li are not structural impurities., because their ions occupy structural
holes. These experiments have shown that the presence of Na and Li ions in quartz,
in either alpha or beta modifications) does not Interfere with the twinning pattexr~
whether the ions are introduced during growth of the crystal or are injected into
fully developed crystals. Go and Al, on the other hand, are structural impuritiesp
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ACCESSION HR: AP4012276
since they isomorphously repla *ce Si in the silica tetrahedrons of the quartz
lattice, The two elements are differently incorporated by the different pyramids
of growth, Crystals with the smallest amount of Ge twin easily, according to a
definite pattern. Crystals with the largest amounts of Go show no clear pattern
of twinning, and some specimens twin only with difficulty. Twinning in association
with Al depends markedly on the orientation of growth of the crystal. For crystals
grown along (0001) the Al occupies structural holeso and thus changes only the
lattice parameter a. Plates of these crystals twin according to a definite patt=,j
regardless of the amount'of A120 3* But crystals grown along the rhombohedral
pyramid exhibit much greater sen-itivity to the quantity of AYY With small
amounts of the Ainpurity, twinning occurs easily,, ignoring the fa: es of the seed
crystal. But with amounts of 0.07-0.08,--,, A122_3 the plates remain monocrystalline.
"In conclusion I express my thanks to V, Fe Bu-tuzov and L. 1j, Tsinober for pro-
paring the synthetic quartz crystals, to 0. B. Vollskaya and L. A. Solomentsevaya
for taking the photographs, to L. G. Chentsovaya for her interest in the work, and
A. Frank
to V -Kamenetskiy and 1. Ye. Kamentsev for providing data on measurements
of lattice parameters of the quartz samples I investigated." Orige art, has; 7
figures.
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A00YA010M M AP4012276
ASSOCIAMONt Institut kristalloeraf ii AN _SSSk -(Institute of Crystallography
AN WSR)
SnMnTEDt 26Jun63 DATE ACQt 19Feb64 LNG L 1 00.
SUB CODE: PH NO REF~SM 008 OTHER: 006
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S/07o/63/008/001/022/024
E132/E46O
AUTHORS: Tsinzerling, Y6,V., Mironova. Z.A.
TITLE: Revealing dislocations in quartz by the method of
selective etching
FERIOVICAL: Kristallografiya, v.8, no.1, 1963, 117-120
TEXT: The usual etch for quartz, known since 1855, is HF
Benerated by CaF2 and sulphuric acid. Solutions of sodium or
poLassium carbonates at 125 to 150% also*etch slowly. Other
etches, potassium sulphate with KF, metaphosphoric acid with
N'1011, borax, potassium anti magnesium carbonates etc, are known
-and have various etching characteristics. Attempts have now been
made to reduce the activity of HF to make a selective etch.
Two successful mixtures were: (1) 4094 HF in water (time of
etching 2 to 3 hours) and (2) the same mixture with boric acid
in the ratio of 10:1 (time of etching 3 to 20 hours). The
activity can be further decreased by using equal parts of the two
acids. The points of emergence of dislocations can be detected as
large etch pits an a background of smaller pits. Etch pits
connected with deformation and with the a-0 trausformation were
also found. There are 4 figures.
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S/07o/63/008/001/022/024
Revealing dislocations ... E132/E46o
ASSOCIATION: Institut kristallogretfii AN SSSR
(Institute of Crystallography AS USSR)
SUBMITTED: MaY 3, 1962
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