TITANIA My Oberon! What visions have I seen! Methought I was enamour'd of an ass.

我的奥布朗！我看见了怎样的幻景！好像我爱上了一头驴子啦。

In comparison with in-situ polymerization, more homogeneous hybrids with monodispersion of titania were synthesized by blending method.

同原位聚法比，共混法可制备更均匀的杂化体，TiO2单分散。

The photocatalytic degradation efficiency of titania can be further improved by codoping because of the synergy by doped elements.

对二氧化钛进行共掺杂，掺杂的元素产生协同效应，可以进一步提高二氧化钛的光催化降解效率。

The effects of double coating on the pores of lime titania type stainless steel electrode are studied with high speed cinecamera, oscillograph, optical microscope, SEM with EDS, etc.

采用平板堆焊、高速摄影、波形分析、光学金、扫描电镜能谱分析等测试方法，研究了双层药皮对钛钙型不锈钢焊条气孔的影响。

TITANIA My Oberon! What visions have I seen! Methought I was enamour'd of an ass.

我的奥布朗！我看见了怎样的幻景！好像我爱上了一头驴子啦。

In comparison with in-situ polymerization, more homogeneous hybrids with monodispersion of titania were synthesized by blending method.

同原位聚合法相比，共混法可制备更均匀的杂化体系，且TiO2为单分散。

The photocatalytic degradation efficiency of titania can be further improved by codoping because of the synergy by doped elements.

对二氧化钛进行共掺杂，掺杂的元素产生协同效应，可以进一步提高二氧化钛的光催化降解效率。

The effects of double coating on the pores of lime titania type stainless steel electrode are studied with high speed cinecamera, oscillograph, optical microscope, SEM with EDS, etc.

采用平板堆焊、高、波形分析、光学金相、扫描电镜能谱分析等测试方法，研究了双层药皮对钛钙型不锈钢焊条气孔的响。

TITANIA My Oberon! What visions have I seen! Methought I was enamour'd of an ass.

我的奥布朗！我看见怎样的幻景！好像我爱上一头驴子啦。

In comparison with in-situ polymerization, more homogeneous hybrids with monodispersion of titania were synthesized by blending method.

同原位聚合法相比，共混法可制备更均匀的杂化体系，且TiO2为单分散。

The photocatalytic degradation efficiency of titania can be further improved by codoping because of the synergy by doped elements.

对二氧化钛进行共掺杂，掺杂的元素产生协同效应，可以进一步提高二氧化钛的光催化降解效率。

The effects of double coating on the pores of lime titania type stainless steel electrode are studied with high speed cinecamera, oscillograph, optical microscope, SEM with EDS, etc.

采用平板堆焊、高速摄影、波形分析、光学金相、扫描电镜能谱分析等测试方法，研究药皮对钛钙型不锈钢焊条气孔的影响。

TITANIA My Oberon! What visions have I seen! Methought I was enamour'd of an ass.

我的奥布朗！我看见了怎样的幻景！好像我爱上了一头驴子啦。

In comparison with in-situ polymerization, more homogeneous hybrids with monodispersion of titania were synthesized by blending method.

同原位聚合法，共混法可制备更均匀的杂化，TiO2为单分散。

The photocatalytic degradation efficiency of titania can be further improved by codoping because of the synergy by doped elements.

对二氧化钛进行共掺杂，掺杂的元素产生协同效应，可以进一步提高二氧化钛的光催化降解效率。

The effects of double coating on the pores of lime titania type stainless steel electrode are studied with high speed cinecamera, oscillograph, optical microscope, SEM with EDS, etc.

采用平板堆焊、高速摄影、波形分析、光学金、扫描电镜能谱分析等测试方法，研究了双层药皮对钛钙型不锈钢焊条气孔的影响。

TITANIA My Oberon! What visions have I seen! Methought I was enamour'd of an ass.

我的奥布朗！我看见了怎样的幻景！好像我爱上了一头驴子啦。

In comparison with in-situ polymerization, more homogeneous hybrids with monodispersion of titania were synthesized by blending method.

同原位聚合法相比，共混法可制备更均匀的杂化体系，且TiO2为单分散。

The photocatalytic degradation efficiency of titania can be further improved by codoping because of the synergy by doped elements.

对化钛进行共掺杂，掺杂的元素产生协同效应，可以进一步提高化钛的光催化降解效率。

The effects of double coating on the pores of lime titania type stainless steel electrode are studied with high speed cinecamera, oscillograph, optical microscope, SEM with EDS, etc.

采用平板堆焊、高速摄影、波形分析、光学金相、扫描电镜能谱分析等测试法，究了双层药皮对钛钙型不锈钢焊条气孔的影响。

TITANIA My Oberon! What visions have I seen! Methought I was enamour'd of an ass.

我奥布朗！我看见了怎景！好像我爱上了一头驴子啦。

In comparison with in-situ polymerization, more homogeneous hybrids with monodispersion of titania were synthesized by blending method.

同原位聚合法相比，共混法可制备更均匀杂化体系，且TiO2为单分散。

The photocatalytic degradation efficiency of titania can be further improved by codoping because of the synergy by doped elements.

对二氧化钛进行共掺杂，掺杂生协同效应，可以进一步提高二氧化钛光催化降解效率。

The effects of double coating on the pores of lime titania type stainless steel electrode are studied with high speed cinecamera, oscillograph, optical microscope, SEM with EDS, etc.

采用平板堆焊、高速摄影、波形分析、光学金相、扫描电镜能谱分析等测试方法，研究了双层药皮对钛钙型不锈钢焊条气孔影响。

TITANIA My Oberon! What visions have I seen! Methought I was enamour'd of an ass.

我奥布朗！我看见了怎样幻！我爱上了一头驴子啦。

In comparison with in-situ polymerization, more homogeneous hybrids with monodispersion of titania were synthesized by blending method.

同原位聚合法相比，共混法可制备更均匀化体系，且TiO2为单分散。

The photocatalytic degradation efficiency of titania can be further improved by codoping because of the synergy by doped elements.

对二氧化钛进行共，元素产生协同效应，可以进一步提高二氧化钛光催化降解效率。

The effects of double coating on the pores of lime titania type stainless steel electrode are studied with high speed cinecamera, oscillograph, optical microscope, SEM with EDS, etc.

采用平板堆焊、高速摄影、波形分析、光学金相、扫描电镜能谱分析等测试方法，研究了双层药皮对钛钙型不锈钢焊条气孔影响。

TITANIA My Oberon! What visions have I seen! Methought I was enamour'd of an ass.

我的奥布朗！我看见了怎样的幻景！好像我爱上了一头驴子啦。

In comparison with in-situ polymerization, more homogeneous hybrids with monodispersion of titania were synthesized by blending method.

同原位聚合法相比，共混法可制备更均匀的杂化体系，且TiO2为单散。

The photocatalytic degradation efficiency of titania can be further improved by codoping because of the synergy by doped elements.

对二氧化钛进行共掺杂，掺杂的元素产生协同效应，可以进一步提高二氧化钛的光催化降解效率。

The effects of double coating on the pores of lime titania type stainless steel electrode are studied with high speed cinecamera, oscillograph, optical microscope, SEM with EDS, etc.

采用平板堆焊、高速摄影、波形、光学相、扫描电镜能等测试方法，研究了双层药皮对钛钙型不锈钢焊条气孔的影响。

TITANIA My Oberon! What visions have I seen! Methought I was enamour'd of an ass.

的奥布朗！看见了怎样的幻景！爱上了一头驴子啦。

In comparison with in-situ polymerization, more homogeneous hybrids with monodispersion of titania were synthesized by blending method.

同原位聚合法相比，共混法可制备更均匀的化体系，且TiO2为单分散。

The photocatalytic degradation efficiency of titania can be further improved by codoping because of the synergy by doped elements.

对二氧化钛进行共，的元素产生协同效应，可以进一步提高二氧化钛的光催化降解效率。

The effects of double coating on the pores of lime titania type stainless steel electrode are studied with high speed cinecamera, oscillograph, optical microscope, SEM with EDS, etc.

采用平板堆焊、高速摄影、波形分析、光学金相、扫描电镜能谱分析等测试方法，研究了双层药皮对钛钙型不锈钢焊条气孔的影响。