查询词典 Leyden jar

When the animal was intact, it could be made to tremble only when struck by a discharge from a Leyden jar, or when it was no longer living and was a part of a bimetallic circuit.

当动物是完整的时，只发抖可能被做出当从莱顿瓶被一个排出物撞上时，这不再是生活模式，并且是A 一条双金属的电路的部分。

That electricity from a Leyden jar or an electric machine would cause the legs of a dead frog to move.

莱顿瓶或电器发出来的电竟使死蛙的腿动起来。

Animal neural equivalent of a Leyden jar, metal constitutes a loop, thus conductive.

动物神经相当于一个莱顿瓶，金属构成回路，由此导电。

He advanced a tenable theory of the Leyden jar, supported the hypothesis that lightning is an electrical phenomenon, and proposed an effective method of demonstrating this fact.

他并提出了一种有效的方法证明了这个事实。

There was no Leyden jar effect in muscle tissue.

电刺激神经，并且神经刺激肌肉。

When a storm cloud passed over Franklin's kite the negative charges in the cloud leaked onto his kite, his kite string, his key, and a Leyden jar attached to the key by a thin metal wire.

当风暴云掠过富兰克林的风筝时，云中的负电荷转移到他的风筝上，他的风筝的线，他的钥匙，还有一个莱顿瓶通过一个细金属丝连接到钥匙上。

Headvanced a tenable theory of the Leyden jar, supported thehypothesis that lightning is an electrical phenomenon, and proposedan effective method of demonstrating this fact.

他并提出了一种有效的方法证明了这个事实。

One of the first to do this was Pieter van Musschenbroek of Leyden, Holland. In 1746 he wrapped a water-filled jar with metal foil and discovered that this simple device could store the energy produced by an electrostatic generator.

第一次去做这项研究的是荷兰 Leyden 的 Pieter van Musschenbroek.1746，他用一个金属箔片包一个装满水的罐子，发现这种简单的设备能储存由静电发电机产生的能量。

We can put things into the jar, and then pump the air out of the jar.

我们可以把事情到罐，然后泵的空气走出罐子。

We''re one enterprse of producing hydracelic pressure brake main-jar, enjine jar, vacuum audiphone, impulsive presure hanger and atomobile rubber sealer.

冲压悬挂件和汽车橡胶密封件生产的专业企业，年生产制动主缸、轮缸八十万台套，和各种规格真空助力器十万台。

But if I live in the flesh, this is the fruit of my labor: yet what I shall choose I wot not.

恢复本 但我在肉身活著，若使我的工作有果子，我就不知道该挑选甚麼。

Seven polyimides were synthesized and their films were uniaxially stretched to observe the variation in their in-plane birefringence. The creep method of DMA was used instead in stretching the PI films. The preload force and isothermal temperature were the two controlled factors that were chosen on the basis of the lowest stretchable force and lowest temperature for each PI structure. The elongation ratio of a PI film was then decided by the stretching time.

在此是以DMA 的另一种试片拉伸方式-Creep模式，来取代之前的Stress Relaxation模式对PI薄膜试片进行拉伸实验，Creep模式是以最低的拉伸力量及最低的拉伸温度的前提下，选择Pre-load Force与Isothermal Temperature这二项为拉伸控制因素，在此状态下的PI薄膜拉伸比是取决於其拉伸的时间，此种拉伸模式将可得到较高的拉伸比，而高的拉伸比是获取较高薄膜双折射率的必要条件。