米线的例句大全

First test the water quality of Tianjin about the suitability of Vermicelli production.

先考查一下天津的水质是否适合制作米线.

Men's rage unbearable, Vermicelli Ti Fei Fei Qi foot table, table Vermicelli flying everywhere.

男子怒火难忍, 飞起一脚踢飞米线桌, 桌上的米线四处飞溅.

Jim, it's my turn. Can you stand at the 30-meters line.

吉姆, 轮到我了, 你能不能去场子里面30米线左右的地方站着!

Beside the rice noodle, of course , we also served with other dishes.

除了过桥米线, 当然 还有其他菜肴!

The cross bridge rice noodle is Yunnan most famous traditional food.

过桥米线是云南当地著名的传统美食.

In SiO 2 nanocables were discovered accidentally as we researched in InP nanowires growth.

二氧化矽包覆铟之一维奈米结构的发现,是在成长磷化铟奈米线之偶然情况下被合成出来的.

ZnO nanowires and nanorods were synthesized via a CVD process in a horizontal tube furnace.

本研究系以管状高温炉利用化学气相沉积制程来合成氧化锌奈米线及奈米柱.

In this thesis, a simple method metal deposition ( EMD ) has been reported.

本论文报导一种简单的方法,解决以固-液-气法合成矽奈米线的诸多缺点.

Hsin-mei did not care for rice noodles and ordered a dish of three-delicacy mixed noodles.

辛楣 不爱米线,要一客三鲜糊涂面.

I am 95 years Mengzi to eat mutton, where the bridge Vermicelli very authentic taste.

95年我去蒙自吃那里的羊肉过桥米线味道很地道.

My favorite food is the yunnan rice vermicelli.

我归喜欢的食物就是云南米线.

Please notice we need all products with standard certificates. 3 m cord, round plug.

swivelcord请注意我们需要所有制造标准证书. 3米线 、 圆插头.

With the supersaturation of droplets increasing, NWs growth rate decrease.

合金颗粒过饱和度的增高，导致纳米线生长速率降低。

This process of phase transition was reversible; however the previous oxidation was irreversible.

实验证实三氧化钨纳米线的相变过程是可逆的, 而之前的氧化过程是不可逆的.

Atomistic simulation of yield mechanism of single crystal copper nanowires

单晶铜纳米线屈服机理的原子模拟研究

Atomistic Simulation and Study of the Mechanical Properties of Copper Nanowires under Torsion

基于原子模拟的铜纳米线扭转力学性质的研究

Diameters and densities of GaAs NWs can be controlled by Au film.

通过金薄膜厚度的选择实现了对GaAs纳米线的直径及密度分布在一定程度上的控制。

Different type substrates affect on the densities of NWs. 2.

不同衬底的选择，将影响纳米线的密度。

The achievements are listed as follows: 1. GaAs NWs are systematically researched under different growth conditions.

主要研究成果如下：1、系统地研究了不同生长条件对GaAs纳米线生长的影响。

After GaAs NWs growth, axial and radial heterostructure can be realized by tuning growth temperature.

在生长完GaAs纳米线后，通过改变生长温度可以实现轴向、径向的异质转变。