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- nanaometer titania 纳米二氧化钛
- Titania: I like to see their smiling face. 我喜欢看见他们的笑脸。
- OBERON Ill met by moonlight, proud Titania. 奥布朗：真不巧又在月光下碰见你，骄傲的提泰妮娅！
- Oberon: I'll meet by moonlight, proud Titania. 真不巧又在月光下遇见你，傲慢的泰妲妮亚。
- TITANIA Perchance till after Theseus' wedding-day. 提泰妮娅：也许要到忒修斯的婚礼以后。
- Titania: My sweet love, will you want to eat anything else? 我亲爱的,你还想吃些什麼?
- Oberon: This fellow shall be my Titania's true love. 这个乡人可以成为我泰妲妮亚的真爱。
- TITANIA What, wilt thou hear some music, my sweet love? 提泰妮娅：你要不要听一些音乐，我的好人？
- Furthermore, we gave it a try to synthesize PS coated with titania. 而且，我们对聚苯乙烯外包覆二氧化钛也进行尝试。
- Titania: Fairies, come here, in order to celebrate the happy ending, let! 精灵们,过来,为了庆祝这快乐的结局,让我们来唱歌跳舞吧!
- The titania nanotube was characterized by XRD,TEM,BET,TG-DSC and Uv-vis. 用XRD、TEM、BET、TG-DSC、Uv-vis等方法对TiO2纳米管的形貌、成分和性能进行了表征。
- Titania: But, as you see, he is so charming. However, please forgive me. 但是，如你所见的，他是这麽的迷人。正因如此，请原谅我。
- Titania: Fairies, sing me now asleep; then to your offices and let me rest. 精灵们，在我沉睡之前唱首歌，然后，各做各的事，让我休息一会儿。
- Titania: What, jealous Oberon! Fairies, run hence; I have left his company. 嘿,嫉妒的欧波隆,小精灵们,快跑。我已经离开他的同伴了。
- The recent progresses of codoped titania photocatalyst are reviewed. 摘要综述了近年来共掺杂二氧化钛光催化剂的研究进展。
- Unhappy with the mess, Oberon orders Puck to change Bottom's head back, and lifts the spell from Titania. 这种混乱的局面让奥伯龙对感到很不高兴，于是命令帕克把巴腾的头变回原状，再解除泰坦尼娅的魔咒。
- TITANIA What, jealous Oberon! Fairies, skip hence; I have forsworn his bed and company. 提泰妮娅：嘿，嫉妒的奥布朗！神仙们，快快走开；我已经发誓不和他同游同寝了。
- The titania photocatalysts have been research quartern century. It has characteristic of photocatalysis which is excellent performance of environmetal cleanup. 二氧化钛光触媒已发展了25年，它具有光催化的特性，是一非常出色的环境清净的光触媒。
- TITANIA My Oberon! What visions have I seen! Methought I was enamour'd of an ass. 提泰妮娅：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。
- A magnetic-nanometer titania dioxide/ferriferous oxide(TiO-2/Fe-3O-4) composite was prepared by microemulsion system. 采用油酸/正丁醇/NaOH溶液制备了Fe3O4负载纳米TiO2.;用微乳体系制备出纳米二氧化钛前驱体;然后由表面活性剂稳定和保护的纳米粒子在氢键吸附等作用力下包覆于Fe3O4载体的表面
