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1)tellurite,íÚËáÑÎ

2)tellurite-silicate glasses,íÚ¹èËáÑÎ

3)tellurite-metaphosphate glass,íÚÁ×ËáÑÎ

4)paratellurit,ÑÇíÚËáÑÎ

5)tellurite glass,íÚËáÑβ£Á§

6)Tellurite glasses,íÚËáÑβ£Á§

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Three kinds of dispersion compensation methods are researched,such as silica DCF,tellurite DCF and dual core PCF- DCF.

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XRD and FE-SEM analysis results show that tellurite films can be prepared by sol-gel method using tellurium 1,2-propylene diglycollate as raw material.

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A new serials of Er~(3+)/Yb~(3+) co-doped tellurite-silicate glasses were prepared by the technique of high-temperature melting.

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Spectroscopic properties of new erbium-doped tellurite glass ª³;

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Effect of Tm~(3+)-doping concentration on the spectral properties in tellurite glass;

²»Í¬Tm~(3+)Ũ¶È²ôÔÓíÚËáÑβ£Á§¹âÆ×ÐÔÖÊÑо¿

Study on spectroscopic properties and thermal stability of novel erbium-doped tellurite glasses;

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Upconversion luminescence in Yb~(3+) sensitized Er~(3+)/Yb~(3+)-codoped tellurite glasses;

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The fluorescence properties of Er 3+: 4I_ 13/2¡ú 4I_ 15/2 transition in tellurite glasses have been investigated as a function of the Er 3+ concentration.

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The Nd~(3+)-doped tellurite glasses were prepared.

ÖƱ¸ÁËNd3+²ôÔÓµÄíÚËáÑβ£Á§,²âÁ¿ÁËÊÔÑùµÄÎüÊÕ¹âÆס¢·¢Éä¹âÆ×,¼ÆËãÁËíÚËáÑβ£Á§ÖÐNd3+Àë×ÓµÄÇ¿¶È²ÎÊý(¦¸2,¦¸4,¦¸6),¸ø³öÁËNd3+Àë×ӵķ¢¹âÌØÐÔ(A,¦Â,¦Órad,¦Ò)µÄ¼ÆËã½á¹û,Ñо¿ÁËÆäÓ«¹âÌØÐÔ¡¢Å¨¶È´ãÃð¼°Æä»úÖÆ¡£

Synthesis of Tetraalkoxytelluranes through Alcoholization Reaction and Its Application on Preparation of Tellurite Film by Sol-gel Method

´¼»¯·¨ºÏ³ÉíÚ´¼Ñμ°ÆäSol-gel·¨ÖƱ¸íÚËáÑα¡Ä¤

Research on Rare Earth Doped Tellurite Glass Optical Fiber;

Ï¡ÍÁ²ôÔÓíÚËáÑβ£Á§·Å´ó¹âÏ˵ÄÑо¿

Thermal Stability and Spectroscopic Properties of Er~(3+)-doped Tellurite Glasses

²ôîïíÚËáÑβ£Á§µÄÈÈÎȶ¨ÐԺ͹âÆ×ÐÔÄÜ

Optical and Luminescence Properties of Rare-earth Ions in Bismuth Tellurite Glasses;

îéíÚËáÑβ£Á§ÖÐÏ¡ÍÁÀë×ӵĹâѧÓë¹âÆ×ÌØÐÔ

Study on the Composition, Structure and Properties of Rare Earth Doped Tellurite Glasses;

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Hydrothermal Synthesis and Structural Chemistry of Transition Metal Tellurites;

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On the Spectroscopic Properties of Er~(3+)-doped Tellurite Glass;

²ôEr~(3+)Àë×ÓíÚËáÑβ£Á§µÄ¹âÆ×ÐÔÖÊÑо¿

Luminescence and Mechanism of Energy Transfer of Er~(3+)/Tm~(3+)-codoped Tellurite Glass

Er~(3+)/Tm~(3+)¹²²ôíÚËáÑβ£Á§¹âÆ×ÌØÐÔ¼°ÄÜÁ¿´«µÝ

Infrared Radiative Characteristic of Ho~(3+) in Heavy Metal Tellurite Glasses

ÖؽðÊôíÚËáÑβ£Á§ÖÐHo~(3+)µÄºìÍâ·øÉäÌØÐÔ

Energy transfer via cooperative upconversion between Er~(3+) ions in a tellurite glass

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COMPARATIVE INVESTIGATION OF FLUORESCENCE TRAPPING AND CONCENTRATION QUENCHING IN ERBIUM-DOPED BISMUTH-AND TELLURITE-BASED GLASSES

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Excitation processes of up-conversion green emission for Er~(3+) and Yb~(3+) codoped tellurite glass

Er~(3+)-Yb~(3+)¹²²ôíÚËáÑβ£Á§ÉÏת»»Â̹⼤·¢¹ý³ÌµÄÑо¿

Effects of Nb_2O_5/WO_3 Codoping on Thermal Stability and Raman Spectral Properties of Tellurite Glasses

WO_3/Nb_2O_5²ôÔÓ¶ÔíÚËáÑβ£Á§ÈÈѧÐÔÖʺÍÀ­Âü¹âÆ×ÌØÐÔµÄÓ°Ïì

Theoretical Study of Er~(3+)-Doped Tellurite-Based Upconversion Fiber Laser

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The Composition Dependence of Spectroscopic Properties of Er~(3+) in Borate Tellurite Glasses

ÅðíÚËáÑβ£Á§²ÄÁÏÖÐEr~(3+)¹âÆ×ÐÔÖʶÔ×é·ÖµÄÒÀÀµ¹Øϵ

Optical limiting of niobic tellurite glass induced by self-trapped exciton absorption of the AgCl nanocrystal dopant

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Synthesis, Structure and Properties of Rare-earth and Transition-metal Derivatives of Molybdenum Tellurate

íÚîâËáÑεÄÏ¡ÍÁ¼°¹ý¶É½ðÊôÑÜÉúÎïµÄºÏ³É¡¢½á¹¹ÓëÐÔÖÊ

EFFECTS OF La_2O_3 ON OPTICAL PROPERTIES AND THERMAL STABILITY OF Er~(3+)/Yb~(3+) CO-DOPED TUNGSTEN-TELLURITE GLASS

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