Table Of Content

Journal of Non-Crystalline Solids 129 (1991) xv—xix North-Holland Contents ee a iin a eed ee bee A ew eae 2 obo be ata ies he abee eee oe we: Ps CD WES Sede oe ce see eased decceece b 44 cieh heuer ix ak ibe eee eb 6 OWHS 94 OSC Oe Hoe eb aes 660d b EUR OER ewe be sheet eert xii I 3 6. a oe id oa aks Wad dO le 6k we rele & Wao ee ee ee eee Xill ne er UU III 6g 6 0 5.0 0 4004.60 004 ba 0 04 O65 beh eea Vee eee XV Section 1. Plenary Phase separation in glasses EA PES as Dead Os 6008 660 0b Oe 06 na KO 0eG OOOO RVs 8k 06 OREO Eee 1 Section 2. Optical glasses Optical and physical properties of a boron crown glass transmitting in the ultraviolet region B a its eee SEE 0 5.0 6 64 bo 0b 000 ad 80s eee kee’ bb want ebeces 12 Glass for high performance optics and laser technology ne coin ah ab a a dia Bide we kia hee a wid a ass he hoe ee hee keen eae 19 Optical glasses for IR transmittance es ca ae ee ee, OL PE wc, Sec avcwssbeenede eweees eoss e ee 31 Light-induced ionic processes in optical oxide glasses PE iis heii ek cae es] oS 6S. boo oa we 0 06 hehe ba dee ae ee ke teen Optical absorption of Cu implanted silica Magruder III, R.H., R.A. Weeks, R.A. Zuhr and G. Whichard ..................2-2245- 46 Structure and optical properties of niobium silicate glasses a , Ge I GE Wc EO ovo ecceawcseceseecedevesbeecevaneasens 54 Surface chemistry of optical glasses EE 7 ee er Cee ee ee ee ee 64 Wet chemical synthesis of bulk optical materials Uhlmann, D.R., B.J.J. Zelinski, G. Teowee, J.M. Boulton and A. Koussa ................. 76 Aerosol techniques for glass formation Morse, T.F., A. Kilian, L. Reinhart, W. Risen, Jr. and J.W. Cipolla, Jr. . 2... .........2005. 93 Cu(II) complexes in organically modified silicate gels SD, Sm, CE es EE og ks wobec ee cower eetseeeeeeseeseeaweeees 101 Gradient index glasses of macro dimensions and large An Blankenbecler, R., J.J. Hagerty, D.N. Pulsifer and G.E. Rindone.......................- 109 Investigation of Te—-O-—Ln thin films obtained by pulsed laser evaporation Kozhukharov, V., D. Dimitrov and M. Marinov ...........ee.e .ee.e .ee.e e2e2ns 117 Some optical properties of enamels pacmemncen, F., Fa. Snes, Go. Home OMe LU. GORGME 2 ww ccc ccc ccc ccc esnceeceseces 126 Influence of crystallization on some properties of ZrF,—-BaF,—YF,-—AIF, glasses ey, Saal SED SNES 0's o'b.0.0 6 00.d 0's HE Os 010 46 Heb 6664 840466 00 ES 8 CONE EC 133 Structural aspects of fluorozirconate glasses and some of their properties Se as SE © kot E-aih o W <0,6 6-0°56-65 46 6064.6 O.0S Se See OO MOOS bese OR aS 137 0022-/3910 /9$033.5 0 © 1991 — Elsevier Science Publishers B.V. (North-Holland) XVI Contents Section 3. Glass-ceramics for medicine and technology On the bioactivity of silicate glass EEL RT LITTa LEr ee Control of phase formation processes in glass-ceramics for medicine and technology Hdland, W., P. Wange, K. Naumann, J. Vogel, G. Carl, C. Jana and W. Gétz.............. Chain silicate glass-ceramics eS i eee aes EL See eee kee PENSE ONES EO oe CRO Rese eet Crystallization of high-quartz solid solution in gahnite glass-ceramics ee ee vcs hee gee e ses ece sbeebs iceesvenebviseseseen Surface crystallization kinetics in soda—lime-silica glasses ee ee ee ee LoS Nae eee SATU Re RREU RS COW OOS aeRO We ee eee Chemistry and structure of glass-ceramic materials for high precision optical applications EE eeee ee a Glasses and glass-ceramics for application in micromechanics so os o'dl'e Gh 6-0 64. 410 6 OK 6.060 ERD 6 0.66 0b we O94:0 000 02% Containerless measurement of liquid—liquid surface tension of a demixing lead borate composition in space rr rr i sc oes deeb eh SSR SOT eee oh Os Ue bs 608 6 one see 206 Section 4. Structure of glasses The structure of some simple amorphous network solids revisited Wright, A.C., R.A. Hulme, D.I. Grimley, R.N. Sinclair, S.W. Martin, D.L. Price and i Pega Ses big es eas bb ad oP AE WDE SO See Ow 6 O68 06 68 oS e's oe 806 213 Electrochemistry and glass structure ee Cece ee. cove du eh ke bie e pas che ke Sou CC Sea E SSS bah és UWS es 6aC SOs 233 NMR and NQR studies of glass structure Bray, P.J., J.F. Emerson, D. Lee, S.A. Feller, D.L. Bain and D.A. Feil ................... ESR as a tool to study short range order phenomena in aluminosilicate glasses ee IS ce ccc cece here eceeeeeseecveeeeassvcec’s 249 Theory of glass transition: chemical equilibria approach i fee ee ee ee diet CER ELC RDS ES ESES ERE SOR eae Ode CSE CR OR Structure, thermodynamic properties and cooling rate of glasses eS ee ee Se eo a ROE eM OA aho es ewe e bone tee eee a Edge effects in a viscoelastic—elastic bead seal a 8. bd wep ae bebe eb Sad beskesene scc ebene ees Formation of borophosphate glass structure within the system BaO-B,O,-P,O, Sedmale, G., J. Vaivads, U. Sedmalis, V.O. Kabanov and O.V. Yanush .................. Steady state movement of ion in mixed-alkali glasses ee ls ess ak a kh bas PS Sa SOE Oh Oh bee eo oe eka eee ees Laser spectroscopy of some semiconductor microcrystallites in glass aren 56 CN Ob bb 6 6 81h 6:0 40 ib 666 ESSA SERS WED OE 60.60 0:00.60 68068865 299 ELLE YR OE ee: EER ee ee tere ner ee Fs e mee et Nee eS ee add hav olan kk-w Od WED 4 O60 6 6b OO OOO 0608s ob eee ee whe