Creative thinking is the antecedence of design.

创新性设计，必须有创新性思维。

Finally, implementing of nanofluids to design a freezing-chucker with an insided Uturned two-pass channel is experimentally studied.

最后，本文以一创新设计之冷冻吸盘为例，简介奈米冷冻技术如何用于冷冻吸盘U型矩形二通道流道设计。

Creative thinking is the antecedence of design.

新性设计，必有新性思维。

Finally, implementing of nanofluids to design a freezing-chucker with an insided Uturned two-pass channel is experimentally studied.

最后，本文以一新设计之冷冻吸盘为例，简介奈米冷冻技术如何用于冷冻吸盘U型矩形二通道流道设计。

Creative thinking is the antecedence of design.

创新性设计，必须有创新性思维。

Finally, implementing of nanofluids to design a freezing-chucker with an insided Uturned two-pass channel is experimentally studied.

最后，本文以一创新设计之冷冻吸盘为，奈米冷冻技术如何用于冷冻吸盘U型矩道流道设计。

Creative thinking is the antecedence of design.

创新性设计，必须有创新性思维。

Finally, implementing of nanofluids to design a freezing-chucker with an insided Uturned two-pass channel is experimentally studied.

最后，本文以一创新设计之吸盘为例，简介奈米何用吸盘U型矩形二通道流道设计。

Creative thinking is the antecedence of design.

创计，必须有创思维。

Finally, implementing of nanofluids to design a freezing-chucker with an insided Uturned two-pass channel is experimentally studied.

最后，本文以一创计之冷冻吸盘为例，简介奈米冷冻技术如何用于冷冻吸盘U型矩形二通道流道计。

Creative thinking is the antecedence of design.

性设计，必须有性思维。

Finally, implementing of nanofluids to design a freezing-chucker with an insided Uturned two-pass channel is experimentally studied.

最后，本文以一设计之冷冻吸盘为例，简介奈米冷冻技术如何用于冷冻吸盘U型矩形二通道流道设计。

Creative thinking is the antecedence of design.

性计，必须有性思维。

Finally, implementing of nanofluids to design a freezing-chucker with an insided Uturned two-pass channel is experimentally studied.

最后，本文一计之冷冻吸盘为，简介奈米冷冻技术如何用于冷冻吸盘U型矩形二通道流道计。

Creative thinking is the antecedence of design.

创新设计，必须有创新思维。

Finally, implementing of nanofluids to design a freezing-chucker with an insided Uturned two-pass channel is experimentally studied.

最后，一创新设计之冷冻吸盘为例，简介奈米冷冻技术如何用于冷冻吸盘U型矩形二通道流道设计。

Creative thinking is the antecedence of design.

创新性计，必须有创新性思维。

Finally, implementing of nanofluids to design a freezing-chucker with an insided Uturned two-pass channel is experimentally studied.

最后，本文以一创新计之冷为例，简介奈米冷技术如何用于冷U型矩形二通计。