当铝离子进入细胞时，水也随之进入。
When the aluminum ions enter into the cells, water passes in with them.
铝离子因为这些振动成为一种超高速节拍器。
These vibrations turn the ion into a sort of superfast metronome.
铝离子也能感应到它。
因为铝离子为正三价,氧为负二价。
Because aluminum ions have charge of plus three and oxygen ions have charge of minus two.
PSAA是一种含有铝离子的聚硅酸絮凝剂。
Polysilicic acid containing aluminum (PSAA) is a new flocculant.
结果表明，酸雨淋洗造成土壤中铝离子释放；
The results reveal that the leaching of acid rain induces release of aluminum from the soils.
铝离子被细胞吸收后，在皮肤的内表层的汗腺中形成一层。
The aluminum ions are drawn into the cells that line the sweat gland at the top layer of skin.
此外，对土壤固相中铝离子的释放机理进行了回顾。
Besides, mechanisms controlling release of aluminum form soil solid to solution were also reviewed.
在同一电解质溶液中，铝离子的真实迁移分数基本恒定。
In a particular electrolyte, the real transport number of aluminium ions is a constant.
铝离子改变石英表面活性，可以减轻其对膜蛋白的影响。
When quartz surfaces are covered with aluminum, its effect on membrane proteins will be reduced.
方法采用乙二酸四醋酸二钠滴定方法测定铋离子和铝离子；
Method Bismuth and aluminum were detected by titration with EDTA.
在碱沉淀剂存在下，通过按序沉淀钴与铝离子，制备催化剂。
The catalyst is prepared by sequential precipitation of cobalt with aluminium ions in the presence of an alkaline precipitation agent.
重点探讨了化成工序中铝离子及氟离子对磷化膜质量的影响程度。
The influence of al ion and Fluorine ion in phosphating process on phosphate coating quality was mainly discussed.
以铝与铬天青形成的络合物为载体制备新型PVC膜铝离子选择电极。
The new style PVC membrane of aluminium ion-selective electrodes based on AlCAS carrier were prepared.
一水硬铝石表面的铝离子丰度是高岭石表面的铝离子丰度的1.7倍。
Abundance of aluminium atom on the surface of diaspore is 1.7 times larger than that on the surface of kaolinite.
两个实验的重点是量子铝原子钟，它利用单一铝离子的震荡来精准测量时间的流逝。
The key to both experiments is the quantum logic atomic clock, which USES the oscillation of a single aluminium ion to maintain precise timing.
随着无定形铝含量的上升，吸附量下降，这是因为铝离子占据了高能量的吸附位。
Cd adsorption decreased with increasing of amorphous Al content in soil colloids, which might be due to the high energy exchange sites being occupied by Al ions.
电感耦合等离子体原子发射光谱法（ICP-AES）检测铝离子和铁离子水平。
The levels of aluminum and iron were examined by inductively coupled plasma-atomic emission spectrometry(ICP-AES).
在酸沉降敏感地区水体酸化和铝离子富集造成湖泊和河流严重酸化及鱼类大量损失。
In sensitive regions receiving acid deposition, waters are often acidic and Al-rich, this makes the lakes and streams serious acidification and fisheries loss.
找到了进行类锂铝离子通过复合机制产生X光激光设计应创造的等离子体状态目标区域。
The plasma state objective region which must be established for recombination Li-like Al X-ray lasers have been obtained.
建立了等离子发射色谱法对钼系缓蚀剂和电炉纯水中的铜、铝离子进行联合测定的方法。
A new analysis method of detecting the molybdenum corrosion-inhibitive drug, copper and aluminum in pure water system for electric arc furnaces (EAF) with ICP-AES has been developed.
世界上40%以上的耕地因为铝离子毒性和土壤酸性的综合作用而限制了农作物的生长。
The combination of Aluminium toxicity with soil acidity is a major crop growth limiting factor in over 40% of the arable land in the world.
周围有1至3个次邻铝的铝离子形成的酸中心酸性较弱，与前者相比易于从骨架上解脱。
In a dealuminization process, the "weak acid" aluminum ions (types 1,2 and 3) are removed preferably over the "strong acid" type-O.
淋溶过程中钙、铝离子累积流失量存在一定规律，分别随淋溶量呈直线和指数型曲线增长。
The accumulated loss of calcium is linear with the amount of leaching and aluminum ions is the exponential growth with the amount of leaching.
表观迁移分数的关系式。用溶解—沉积理论解释了铝离子在膜与溶液界面处形成新膜物质的机理。
The process of film material formation by aluminium ions at the film-electrolyte interface is explained by a direct dissolution-precipitation theory.
本文初步讨论了黄酮类化合物与牛血清白蛋白竞争铝离子的机制，并计算出了芦丁与铝离子的表观稳定常数。
The mechanism of flavonoids and Bovine Serum Albumin complete aluminium ion was discussed, and the constant of rutin complex with aluminium was calculated.
由于铝离子代替了部分硅离子，其极化作用和吸水性大大增强，原位改性使超细硅酸铝的疏水性和分散性增强。
Its polarization effect and hygroscopicity are increased due to substitution of aluminium ions for silicon ions and its hydrophobic...
如此极其精确的时钟是建立在单一铝离子的快速振动，铝离子就是包含在真空中受电磁场约束的失去一个电子的原子。
Such ultra-precise clocks are based on the quick vibrations of a single aluminum ion, an atom that has lost one electron, held in a vacuum and confined by electromagnetic fields.
通过实验优化了凝胶制备过程的的主要参数(铝离子浓度、反应物配比、反应温度、添加剂)，制得了稳定的凝胶。
Main parameter in process of gel preparation had been optimized and steady gel can be made through the experiment.
将石墨粉、固体石蜡和硬脂酸按一定比例混合制得表面富含羧基的碳糊电极，然后在电极表面组装荷正电的铝离子膜。
An aluminum ion thin film was assembled on the surface of the carbon paste electrode chemically modified with stearic acid.
应用推荐