离子能 meaning in English
ionic energy
Examples
- Influence of energy flow density of ion current on growth of diamond - like carbon thin films
离子能流密度对类金刚石薄膜成膜的影响 - The metallic ions in other minerals can jumpstart meaningful reactions like those that must have converted simple molecules into self - replicating entities
其他矿物中的金属离子能催化重要反应，例如将小分子转化成具复制能力的实体。 - On the basis of catalyzing mechanism , it can raise the reaction efficiency of sodium sulfite and reduce the remains of sodium sulfite , and has evident catalyzing action by adding bivalent nickel ions and bivalent cobalt ions into the water under the condition of weak alkali
根据催化机理，在弱碱条件下加入二价镍离子和二价钴离子能提高水中亚硫酸钠的反应效率，降低水中亚硫酸钠的残余量，对亚硫酸钠的除氧效果具有明显催化作用。 - We have found the best ways to optimize the growth of quality zno films and got highly c - axis oriented zno films . the microstructures of the films were observed by afm . after analyzing the crystal structures , the crystal tropism and the surface conformation flatness , we found the result that the substrate temperature of 400 ? is ideal for silicon substrates , which conforms to the result of the structure analyse . by analyzing the magnetism of zno films , we found that the films appropriately doped with fe , co ions have magnetism at room temperature and their magnetism can be improved by doping other little cu ion , but it is not certain that the content of cu is higher , the film has more magnetism , so it has the best content of cu . moreover , the films which have best crystal structures may not have the best magnetism
我们采用原子力显微镜( afm )方法观察薄膜的显微结构，利用所得的图象信息对薄膜的晶粒结构、晶粒取向、表面形态平整度等进行分析讨论，认为400的衬底温度对硅衬底薄膜是合适的，与结构分析的结果一致。通过对薄膜磁性能的分析和研究，我们得出一些有意义的结果：适量过渡金属离子fe 、 co掺杂的zno薄膜，在室温下具有铁磁性，而在此基础上掺入少量的cu离子能改善薄膜的磁性。掺cu量有个最佳值，而且结构最好的薄膜磁性不一定最好。 - The enzyme activity could be completely inhibited by pmsf and dfp , and partially inhibited by pepstatin a , edta and egta . leupeptin , benzamidine and hydrochloride aprotin had no influence on the dhap activity . ca2 * , mg2 + and na * could slightly increase , but cu2 + and zn2 + slightly inhibited protease activity
此结果表明， dhap为一种丝氨酸蛋白酶，其酶活性的发挥需要某些金属离子的参与，如na + ， c扩+ ， m扩+等金属离子能提高dhap的活性，但c了+与z矛十能抑制dhap的部分活性。