ionic conductor中文什么意思

發(fā)音:

用"ionic conductor"造句

離子導體

ionic: adj. 離子的。 ionic bond [link] ...
conductor: n. 1.指導者，向導者；護送者；處理人，管理人；指揮人 ...
fast ionic conductor and device: 快離子導體及其應用
ionic semi conductor: 離子半導體
ionic: adj. 愛奧尼亞的，愛奧尼亞人的；愛奧尼亞音步的；【建筑】愛奧尼亞式的。 Ionic capital 愛奧尼亞式的柱頂。 n. 愛奧尼亞語；〔i-〕【印刷】一種粗字面鉛字。 adj. 離子的。 ionic bond [link] 【化學】離子鍵。 n. -ity 離子性，電離度。

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Ionic conductors have extensive and valuable use in the energy and material fields
離子導體在材料和能源領域有著廣泛的應用前景。
The research of the new and high conductivity material of lithium ionic conductor is always an interesting issue in the material field due to its low potential , light weight and providing high cell voltage and energy density
由于鋰具有較負的電極電勢和較輕的重量，可以為電化學器件提供高的電池電壓和能量密度，所以鋰離子導體高電導率新材料的研究一直是材料研究領域倍受關注的課題之一。
The basic results include three aspects : the interests of lithium ionic conductors focused on the simple compounds , solid solution ( substitution by aliovalent and isovalent ) and the small composites which mostly are al2o3 as the second phase and some simple compounds as the matrix
文獻的基本結論是：對于鋰離子導體的研究主要集中在單相化合物、固溶體(等價或異價取代)及少數以單一化合物為基、以al _ 2o _ 3等為第二相的復合體系。
This technology uses alkali metal ( such as lithium , potassium and sodium ) as the working fluid , base ( " - a1 _ ( 2 ) o _ ( 3 ) solid electrolyte ) as the medium . this technology is based on the unique properties of base that is an excellent ionic conductor but a poor electron conductor
Amtec利用堿金屬(鋰、鉀、鈉)作為工作物質， base ( - al _ 2o _ 3solidelectrolyte )作為介質，這種陶瓷材料對離子是良導體，對電子幾乎是絕緣體，這一點也是這種能量轉換技術的基礎。
The questions the researcher concerned are which system will be chosen and how to obtain the good lithium ionic conductor materials , which is the basic departure of the paper . the addition of second phase in composite can change the interface structure and the conduction mechanism , improve the matrix conductivity and other function such as the sintering , crisping and so on , so the research of composites are an interesting field of the ionic conductors . the synthesis of lithium ionic conductor is often by solid state reaction , but this method needs high temperature and leads to the volatility of lithium which not only causes the drift of the compounds but gets the no well - distributed materials
研究者所關注的問題是選擇新的體系進行研究，以期得到性能更好的鋰離子導體材料，這也正是本論文的基本出發(fā)點；復合離子導體中第二相的加入改善了基質的界面結構和導電機制，不僅可以提高基質材料的電導率，還可以在一定程度上改善材料的其它性能，如燒結性能、脆性和機械強度等。因此復合材料的研究是離子導體一個有廣闊前景的發(fā)展方向；合成鋰離子導體，特別是成分復雜的體系以傳統(tǒng)的固相合成法為主，但這種方法需要較高的溫度，容易引起鋰的揮發(fā)，從而造成產物組成的偏移，而且不易得到顯微結構均勻的材料。