These turning points indicate the coming period of vigorous development.

That same inertia causes them to lag at turning points.

这些惯性同样会导致它们在下跌时滞后.

Those are kangaroo tails, which tend to mark turning points.

那些是袋鼠的尾巴, 标志了反转点.

Did you use the turn signals properly?

你正确使用转向灯了 吗 ?

Use proper turn signals.

善用方向灯.

Use your turn signals when turning or changing lanes.

转向或换车道时要打方向灯.

The company can also produce Tundras in Indiana at a pace of 100,000 vehicles a year.

印第安纳工厂是10万辆.

Excuse me. I'm not here to talk about tryouts.

请原谅. 我来这儿不是训练营的事.

We cut supply lines of the enemies.

我们切断了敌人的补给线.

South Korea's defence minister , Lee Sang-hee, said North Korea's navy threatened its maritime supply lines.

韩国国防部长李相熹则说朝鲜海军威胁到了韩国海上供应线.

The supply lines are pretty much the same every year.

供应线每年都差不多.

It may even need more as the list of supplicants grows.

由于申请这个基金的企业在增多,所以也许也许还需要更多的资金.

But it has the problems of phase segregation and supercooling during the phase change process.

但硫酸钠水合盐在相变蓄热过程中,存在相分离,过冷等问题.

Glass and pitch behave like supercooled liquids of very high viscosity.

玻璃和沥青的行为很像具有极高粘滞性的过冷液体.

It's a chemical that mimics ice crystals and travels through the storm, attracting supercooled water droplets.

这是一种模拟冰晶的化学品,它会穿过暴风雨吸收过度冷却的水滴.

Finally , the potential applications of the large domain YBCO bulk superconductors were also summed up.

综述了大畴YBCO超导 块材潜在的实际应用.

High temperature superconductors microwave devices provide the advantages of lower insertion loss and lower noise figure.

高温超导微波器件具有极低损耗和极低噪声的优良特性.

This paper introduced the application of X-ray spectrum in the researching of superconductors briefly.

简要论述 X 光光谱在超导研究领域中的应用.

We may also look forward to the application of superconductors in electric cables.

我们还可以预见超导体会应用到电缆上去.

But they do not know what " glue " causes the pairing in the high-temperature ( " high-Tc " ) superconductors.

但在 高温超导体 里,让这些电子配合成对的 [ 黏胶 ] 是什麽,物理学家就一无所知了.

If scientists can take advantage of this effect, room temperature superconductors could be a step closer.

如果科学家们能够利用这一能效, 人类离实现室温超导体的目标就更进一步.