液流 - 翻译成英语

• flow
• flowing
• flows

在 中文 中使用 液流 的示例及其翻译为 英语

因为无腐蚀性，这种液流电池系统里的成分可以用更简单且便宜许多的材料来包装，比如塑料。
Because it is non-corrosive, the flow battery system components can be constructed of simpler and much less expensive materials such as plastics.

它的优点是可以将液流电池的电池设计得更小和更轻。
One advantage is that the cells of the flow batteries can be designed smaller and lighter.

脱气/脱气是从液流中除去溶解的氧气和二氧化碳，这对于防止腐蚀很重要。
Deaeration/degasification is the removal of dissolved oxygen and carbon dioxide from the liquid stream, which is important for preventing corrosion.

但是液流电池能否取代传统锂离子电池成为新动力来源目前尚待观察。
But whether the liquid flow battery can replace the traditional lithium ion battery as a new power source remains to be seen.

其中一个解决方案是液流电池，这种电池需依赖于Nafion™等类似的离子交换膜。
One solution is a flow battery, which depends on ion exchange membranes like Nafion™.

在这些引擎,用于操作大多数今天的重型机械,发动机冷却液流经散热器线圈。
In these engines, which are used to operate most of today's heavy machinery, engine coolant is used to flow through radiator coils.

在这种临界安全的容器内,辐照核材料被溶解在硝酸中,而剩余的壳片从工艺液流中被去掉。
In these critically safe vessels, the irradiated nuclear material is dissolved in nitric acid and the remaining hulls removed from the process stream.

各种电池储能技术的对比显示，液流电池优势突出。
The comparison of various battery energy storage technologies shows that the advantages of the flow battery are outstanding.

电池…目前储能电池的科研趋势已经很大程度上转向液流电池。
Current research trends in energy storage batteries have largely shifted to flow batteries.

液流电池、压缩空气储能和许多复杂的化学储能（液态金属等）将大部分走上追踪聚光器、CIGS和纳米材料的道路。
Flow batteries, compressed air storage, and more exotic storage chemistries(liquid metal, etc.) will mostly go the way of tracking concentrators, CIGS and nanomaterials.

此时，沐浴，桑拿，全身血管扩张，血液流向皮肤和肌肉的增加，以及胃中的血液不足都会影响消化。
At this time, bathing, sauna, systemic vasodilation, increased blood flow to the skin and muscles, and insufficient blood in the stomach will affect digestion.

换句话说，液流电池就像电化电池一样，除了离子溶液（电解质）不被存储在电极周围的电池中。
In other words, a flow battery is just like an electrochemical cell, with the exception that the ionic solution(electrolyte) is not stored in the cell around the electrodes.

这带来了高性能、不易燃、无毒、无腐蚀性且低成本的化学物质，可望在液流电池中实现大规模、低成本的电力储存。
These resulted in high-performance, non-flammable, non-toxic, non-corrosive, and low-cost chemicals that could enable large-scale, inexpensive electricity storage in flow batteries.

网格规模存储，包括液流电池.
Grid-scale storage, including flow batteries.

限制血液流向皮肤，以减少热量损失.
Restricting blood flow to the skin to minimize heat loss.

然而，缺点是液流电池需要液体供应系统。
A disadvantage, however, is that flow batteries require a liquid supply system.

钒液流电池使用寿命很长，系统非常稳定。
Flow batteries have very long lifetimes and are very stable.

科慕认为液流电池正是应对这一挑战的方法。
Chemours believes flow batteries are the answer to this barrier.

公用事业部门是使用液流电池的早期应用之一。
The utilities sector is among the early applications that use flow batteries.

这种缩小允许减少适当的富氧血液流向个人的心脏。
This narrowing allows for the reduction of proper oxygen-rich blood flow to the individual's heart.