TheyThe use a fluorid of fluoride to protect teeth is common in many parts of the world.

用化保护牙齿被世界上很多国家所使用。

T calculated from the characteristic temperatures shows that the thermal stability of fluorophosphate glass is better than fluoride glass.

数据显示磷酸盐的热稳定性比化好。

The experiments suggest that the superfluorescence of fluoride glass fibr is a kind of low coherence and high performances light source with bright application prospect.

实验用化光纤有望获得性能优异的有应用前景的低相干度集成化光源。

TheyThe use a fluorid of fluoride to protect teeth is common in many parts of the world.

保护牙齿被世界上很多国家所使。

T calculated from the characteristic temperatures shows that the thermal stability of fluorophosphate glass is better than fluoride glass.

数据显示磷酸盐璃的热稳定性比好。

The experiments suggest that the superfluorescence of fluoride glass fibr is a kind of low coherence and high performances light source with bright application prospect.

实验表璃光纤有望获得性能优异的有应前景的低相干度集成光源。

TheyThe use a fluorid of fluoride to protect teeth is common in many parts of the world.

用化物保护世界上很多国家所使用。

T calculated from the characteristic temperatures shows that the thermal stability of fluorophosphate glass is better than fluoride glass.

数据显示磷酸盐玻璃的热稳定比化物好。

The experiments suggest that the superfluorescence of fluoride glass fibr is a kind of low coherence and high performances light source with bright application prospect.

实验表明利用化物玻璃光纤有望获得能优异的有应用前景的低相干度集成化光源。

TheyThe use a fluorid of fluoride to protect teeth is common in many parts of the world.

用化物保护牙齿被世界上很多所使用。

T calculated from the characteristic temperatures shows that the thermal stability of fluorophosphate glass is better than fluoride glass.

数据显示磷酸盐玻璃的热稳定性比化物好。

The experiments suggest that the superfluorescence of fluoride glass fibr is a kind of low coherence and high performances light source with bright application prospect.

实验表明利用化物玻璃纤有望获得性能优异的有应用前景的低相干度集成化。

TheyThe use a fluorid of fluoride to protect teeth is common in many parts of the world.

用化物保护牙齿被世界上很多国家所使用。

T calculated from the characteristic temperatures shows that the thermal stability of fluorophosphate glass is better than fluoride glass.

数据显示磷酸盐的热稳定性比化物好。

The experiments suggest that the superfluorescence of fluoride glass fibr is a kind of low coherence and high performances light source with bright application prospect.

实利用化物纤有望获得性能优异的有应用前景的低相干度集成化源。

TheyThe use a fluorid of fluoride to protect teeth is common in many parts of the world.

用化物保护牙齿被世界上家所使用。

T calculated from the characteristic temperatures shows that the thermal stability of fluorophosphate glass is better than fluoride glass.

数据显示磷酸盐玻璃的热稳定性比化物好。

The experiments suggest that the superfluorescence of fluoride glass fibr is a kind of low coherence and high performances light source with bright application prospect.

实验表利用化物玻璃光纤有望获得性能优异的有应用前景的低相干度集成化光源。

TheyThe use a fluorid of fluoride to protect teeth is common in many parts of the world.

用化物保护牙齿被世界上很多国家所使用。

T calculated from the characteristic temperatures shows that the thermal stability of fluorophosphate glass is better than fluoride glass.

数据显示磷酸盐玻稳定性比化物好。

The experiments suggest that the superfluorescence of fluoride glass fibr is a kind of low coherence and high performances light source with bright application prospect.

实验表明利用化物玻光纤有望获得性能优异有用前景低相干度集成化光源。

TheyThe use a fluorid of fluoride to protect teeth is common in many parts of the world.

用化物保护牙齿上很多国家所使用。

T calculated from the characteristic temperatures shows that the thermal stability of fluorophosphate glass is better than fluoride glass.

数据显示磷酸盐玻璃的热稳定性比化物好。

The experiments suggest that the superfluorescence of fluoride glass fibr is a kind of low coherence and high performances light source with bright application prospect.

实验表明利用化物玻璃光纤有望获得性能优异的有应用前景的低相干度集成化光源。

TheyThe use a fluorid of fluoride to protect teeth is common in many parts of the world.

用化物保护世界上很多国家所使用。

T calculated from the characteristic temperatures shows that the thermal stability of fluorophosphate glass is better than fluoride glass.

数据显示磷酸盐玻璃的热稳定比化物好。

The experiments suggest that the superfluorescence of fluoride glass fibr is a kind of low coherence and high performances light source with bright application prospect.

实验表明利用化物玻璃光纤有望获得能优异的有应用前景的低相干度集成化光源。