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

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

The mechanism of incomplete energy transfer and directly carriers capture by rubrene was existed in this WOLED simultaneously.

本文对rubrene单杂层有白光器件性能和发光理进行了研究。

The toughening mechanism in the lanthana doped molybdenum alloy mainly includes fine grain toughening and particle toughening.

稀土氧化镧杂钼合金中主要韧化制为：细晶增韧和颗粒增韧。

Due to dopant migration, build-in electric field exists in the device.There is open-circuit photoresponse, the detector can operate in photovoltaic mode.

件杂迁移迁移影响而存在内建电场，使得件有开路响应，存在光致电压模式。

"Brambleberry Rose Lip Balm" is a nostalgic blend of wild berry flavors with overtones of honey and vanilla and moisturized with Shea Butter and Vitamin E.

野莓乳木果花蕾膏杂着浓郁怀旧气息,混合了野莓、香草、蜂蜜香甜，乳木果、维他命E滋润。

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

对二氧化钛进行共杂，杂产生协同效应，可以进一步提高二氧化钛光催化降解效率。

The mechanism of incomplete energy transfer and directly carriers capture by rubrene was existed in this WOLED simultaneously.

本文对rubrene单杂层有机白光器件性能和发光机理进行了研究。

The toughening mechanism in the lanthana doped molybdenum alloy mainly includes fine grain toughening and particle toughening.

稀土氧化镧杂钼合金中主要韧化机制为：细晶增韧和颗粒增韧。

Due to dopant migration, build-in electric field exists in the device.There is open-circuit photoresponse, the detector can operate in photovoltaic mode.

件受杂迁移迁移影响而存在内建电场，使得件有开路响应，存在光致电压模。

"Brambleberry Rose Lip Balm" is a nostalgic blend of wild berry flavors with overtones of honey and vanilla and moisturized with Shea Butter and Vitamin E.

乳木果花蕾膏杂着浓郁怀旧气息,混合了、香草、蜂蜜香甜，乳木果、维他命E滋润。

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

对二氧化共，的元素产生协同效应，可以一步提高二氧化的光催化降解效率。

The mechanism of incomplete energy transfer and directly carriers capture by rubrene was existed in this WOLED simultaneously.

本文对rubrene单层的有机白光器件的性能和发光机理了研究。

The toughening mechanism in the lanthana doped molybdenum alloy mainly includes fine grain toughening and particle toughening.

稀土氧化镧钼合金中的主要韧化机制为：细晶增韧和颗粒增韧。

Due to dopant migration, build-in electric field exists in the device.There is open-circuit photoresponse, the detector can operate in photovoltaic mode.

元件受迁移迁移的影响而存在内建电场，使得元件有开路响应，存在光致电压模式。

"Brambleberry Rose Lip Balm" is a nostalgic blend of wild berry flavors with overtones of honey and vanilla and moisturized with Shea Butter and Vitamin E.

野莓乳木果花蕾着浓郁的怀旧气息,混合了野莓、香草、蜂蜜的香甜，乳木果、维他命E的滋润。

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

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

The mechanism of incomplete energy transfer and directly carriers capture by rubrene was existed in this WOLED simultaneously.

本文对rubrene单杂层的有机白光器件的性能和发光机理进行了研究。

The toughening mechanism in the lanthana doped molybdenum alloy mainly includes fine grain toughening and particle toughening.

稀土氧化镧杂钼合金中的主要韧化机制为：细晶增韧和颗粒增韧。

Due to dopant migration, build-in electric field exists in the device.There is open-circuit photoresponse, the detector can operate in photovoltaic mode.

元件受杂迁移迁移的影响而存在内建场，使得元件有开路响应，存在光模式。

"Brambleberry Rose Lip Balm" is a nostalgic blend of wild berry flavors with overtones of honey and vanilla and moisturized with Shea Butter and Vitamin E.

野莓乳木果花蕾膏杂着浓郁的怀旧气息,混合了野莓、香草、蜂蜜的香甜，乳木果、维他命E的滋润。

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 mechanism of incomplete energy transfer and directly carriers capture by rubrene was existed in this WOLED simultaneously.

本文对rubrene层的有机白光器件的性能和发光机理进行了研究。

The toughening mechanism in the lanthana doped molybdenum alloy mainly includes fine grain toughening and particle toughening.

稀土氧化镧钼合金中的主要韧化机制为：细晶增韧和颗粒增韧。

Due to dopant migration, build-in electric field exists in the device.There is open-circuit photoresponse, the detector can operate in photovoltaic mode.

元件受的影响而存在内建电场，使得元件有开路响应，存在光致电压模式。

"Brambleberry Rose Lip Balm" is a nostalgic blend of wild berry flavors with overtones of honey and vanilla and moisturized with Shea Butter and Vitamin E.

野莓乳木果花蕾膏着浓郁的怀旧气息,混合了野莓、香草、蜂蜜的香甜，乳木果、维他命E的滋润。

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

对二氧化钛进行共杂，杂的元素产生协同效应，可以进一二氧化钛的光催化降解效率。

The mechanism of incomplete energy transfer and directly carriers capture by rubrene was existed in this WOLED simultaneously.

本文对rubrene单杂层的有机白光器件的性能和发光机理进行了研究。

The toughening mechanism in the lanthana doped molybdenum alloy mainly includes fine grain toughening and particle toughening.

稀土氧化镧杂钼合金中的主要韧化机制为：细晶增韧和颗粒增韧。

Due to dopant migration, build-in electric field exists in the device.There is open-circuit photoresponse, the detector can operate in photovoltaic mode.

元件受杂迁移迁移的影响而存在内建电场，使得元件有路响应，存在光致电压模式。

"Brambleberry Rose Lip Balm" is a nostalgic blend of wild berry flavors with overtones of honey and vanilla and moisturized with Shea Butter and Vitamin E.

野莓乳木果花蕾膏杂着浓郁的怀旧气息,混合了野莓、香草、蜂蜜的香甜，乳木果、维他命E的滋润。

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

对二氧钛进行共杂，杂的元素产生协同效应，可以进一步提高二氧钛的降解效率。

The mechanism of incomplete energy transfer and directly carriers capture by rubrene was existed in this WOLED simultaneously.

本文对rubrene单杂层的有机白器件的性能和发机理进行了研究。

The toughening mechanism in the lanthana doped molybdenum alloy mainly includes fine grain toughening and particle toughening.

稀土氧镧杂钼合金中的主要韧机制为：细晶增韧和颗粒增韧。

Due to dopant migration, build-in electric field exists in the device.There is open-circuit photoresponse, the detector can operate in photovoltaic mode.

元件受杂迁移迁移的影响而存电场，使得元件有开路响应，存致电压模式。

"Brambleberry Rose Lip Balm" is a nostalgic blend of wild berry flavors with overtones of honey and vanilla and moisturized with Shea Butter and Vitamin E.

野莓乳木果花蕾膏杂着浓郁的怀旧气息,混合了野莓、香草、蜂蜜的香甜，乳木果、维他命E的滋润。

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

对二氧化钛进行共杂，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 mechanism of incomplete energy transfer and directly carriers capture by rubrene was existed in this WOLED simultaneously.

本文对rubrene单杂层的有机白光器件的性光机理进行了研究。

The toughening mechanism in the lanthana doped molybdenum alloy mainly includes fine grain toughening and particle toughening.

稀土氧化镧杂钼合金中的主要韧化机制为：韧颗粒韧。

Due to dopant migration, build-in electric field exists in the device.There is open-circuit photoresponse, the detector can operate in photovoltaic mode.

元件受杂迁移迁移的影响而存在内建电场，使得元件有开路响应，存在光致电压模式。

"Brambleberry Rose Lip Balm" is a nostalgic blend of wild berry flavors with overtones of honey and vanilla and moisturized with Shea Butter and Vitamin E.

野莓乳木果花蕾膏杂着浓郁的怀旧气息,混合了野莓、香草、蜂蜜的香甜，乳木果、维他命E的滋润。

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

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

The mechanism of incomplete energy transfer and directly carriers capture by rubrene was existed in this WOLED simultaneously.

本文对rubrene单杂层有机白光器件性能和发光机理进行了研。

The toughening mechanism in the lanthana doped molybdenum alloy mainly includes fine grain toughening and particle toughening.

氧化镧杂钼合主要韧化机制为：细晶增韧和颗粒增韧。

Due to dopant migration, build-in electric field exists in the device.There is open-circuit photoresponse, the detector can operate in photovoltaic mode.

元件受杂迁移迁移影响而存在内建电场，使得元件有开路响应，存在光致电压模式。

"Brambleberry Rose Lip Balm" is a nostalgic blend of wild berry flavors with overtones of honey and vanilla and moisturized with Shea Butter and Vitamin E.

野莓乳木果花蕾膏杂着浓郁怀旧气息,混合了野莓、香草、蜂蜜香甜，乳木果、维他命E滋润。