But, see here, Jim tit for tat-you save Long John from swinging.

The workers quickly moved another huge Titan rocket into place.

工作人员迅速将另一枚巨大的大力神火箭安排就位.

The largest moon, Titan, is larger than earth.

最大的卫星, TITAN, 比地球还大.

Zeus saw through the trick and felt displeased at the Titan's favour towards men.

宙斯识破了这套把戏,普罗米修斯对人类的偏爱让他很不高兴.

What would be liquid on Titan, where surface temperatures are-180 degrees Celsius ?

究竟是什麽液体,能存在于 -180 的泰坦表面 呢 ?

The Titan begins to crush Kratos using his two fingers.

泰坦再次发力以手指挤压奎托斯.

Kratos pushes the fingers of the mighty Titan apart once again.

奎托斯再次推开泰坦的手指.

The cost-effective potassium titanate whiskers are artificial fibers with high performance.

六钛酸钾晶须是一种高性能、多用途的合成纤维.

Individual sodium titanate nanowire-based device is fabricated via e-beam lithography techniques.

利用电子束光刻技术制作了基于钛酸钠纳米线的纳米器件.

Magnesium titanate was obtained with special liquid phase precipitation method.

采用特殊液相沉淀法制备了镁的钛酸盐.

A novel liquid-liquid phase transfer method was employed to prepared nano titanate organosol.

通过液 - 液相转移法制备了纳米氧化钛有机溶胶.

Zinc titanate ceramics were prepared by the conventional mixed-oxide method combined with chemical processing.

采用化学法结合传统的氧化物固相烧结法制备钛酸锌陶瓷.

The microstructure, thermal decomposition, thermal expansion of aluminum titanate material and their effecting factors were described.

主要阐述了钛酸铝材料的微观结构, 以及热分解 、 热膨胀及其影响因素.

It involves the progress of using nanometer titania as material of chemical at last.

最后论述了纳米二氧化钛作化工材料的应用进展.

Titania: I'll give you if you want.

如果你想,我会给你的.

On its own , titania works as a catalyst for this reaction in ultraviolet light.

格兰姆斯说,二氧化钛本身在紫外线下就是催化这个反应的良催化剂.

Titania : I like to see their smiling face.

我喜欢看见他们的笑脸.

The present invention is aminolysis process of preparing oil soluble nanometer titania rod.

本发明公开了一种胺解法合成油溶性二氧化钛纳米棒的制备方法.

Titania: But, as you see, he is so charming. However, please forgive me.

但是, 如你所见的, 他是这么的迷人. 正因如此, 请原谅我.

Titania : My sweet love, will you want to eat anything else?

我亲爱的, 你还想吃些什么?

This dissertation deals with surface modification of inorganic nano-particles ( nanometer silica, alumina and titania ).

本论文主要研究无机 纳米 粒子 ( 纳米氧化硅 、 氧化铝和氧化钛 ) 的表面接枝改性.