There are many ways to practice your sculling.

有多种方法可以练习浆式划水动作。

There are many ways to practice your sculling .

有多种方法可以练习浆式划水动作。

We're revisiting this because sculling NEVER goes out of style.

今天我们又旧话重提，因为浆式划水动作训练“永远不会”过时。

As you gain mastery of the sculling action, start to go faster and faster.

当掌握了浆式划水动作后，再增加划手速度。

Sculling events include the single sculls, double sculls and quadruple sculls.

双桨赛艇项目包括单人双桨、双人双桨和四人双桨。

Sculling teaches so MANY lessons, but one of the most important lessons is how to use your hands.

关于浆式划水的课程“不胜枚举”，但其中最重要的课程是如何使用双手。

Sculling helps you learn how to turn even the SLIGHTEST motion of your hand into a productive movement.

划水训练帮助练习者了解如何把手“最轻微”的动作有效化。

Learning the feel of sculling will not only help your breaststroke but also help EVERYTHING you do in the pool.

领会浆式划水动作，不仅对蛙泳，对泳池里“各种”泳式都有帮助。

The sculling error in the velocity calculation is described and sculling optimal compensation algorithms are derived.

分析了速度更新计算中划船误差的产生原理，详细推导了划船补偿算法并对该算法进行了优化。

This is a combination of learned balance, and a very productive sculling action that produces enough velocity for his feet to stay high in the water.

这一小动作是掌握平衡与有效划水动作的结合，可以产生足够的速度，使双脚在水中保持较高位置。

We'll be watching Kevin perform more sculling in the next few weeks, so we encourage you all to practice -- and master -- this one prior to seeing the next.

以后的几周，我们将了解更多凯文关于划水动作的训练。 我们希望，在看到下一篇训练文章之前，大家都能去练习并掌握本篇内容。

The simulation results show that the sculling compensation term in the velocity integration algorithms can not be neglected for the high accuracy GFSINS in highly dynamic environments.

仿真结果表明，在高动态环境下，对划船误差的补偿提高了系统的速度解算精度。

This paper mainly introduces the sculling effect in specific force transformation and analyzes the sculling motion in detail. And a sculling correction algorithm is presented and simulated.

重点介绍了比力转换积分中存在的划船效应，对其进行了较为详细的分析和推导，同时提出了一种有效的划船修正算法并进行了仿真。

Under the condition of high dynamic angular motion or vibration environment, confirmed and corrected the sculling error is important to calculated the speed of strap-down inertial navigation system.

划船效应误差的确定与补偿是影响高动态、恶劣振动环境下捷联惯性导航系统速度计算的重要问题。