fe3

However , the Fe3 + ion affected much on the pigment stability .

对氧化剂和还原剂也具有较好的耐性，而金属离子Fe3+则对色素的稳定性影响较大。

Fabrication and Applications Progress of Fe3 Si Based Alloys

Fe3Si基合金的制备及应用研究进展

Fe3 + plays a major role in many biochemical processes at the cellular level .

Fe（Ⅲ）在细胞内的许多生物化学过程中扮演重要的角色。

Fe3 + was injected into cortex to create epilepsy model .

铁离子皮质下注射建立慢性癫痫模型。

Color Reaction of Phenylpyruvic Acid with Fe3 + and Its Application

苯丙酮酸与Fe~（3+）的显色反应及其应用

Effects of combustion condition on Microstructure of Fe3 Al alloy prepared by SHS

不同工艺条件下燃烧合成Fe3Al合金的显微结构特征

We also prepare and test some samples of TiO_2 doped with Fe3 + .

为了定性验证理论预言，我们制备并用紫外-可见分光光度计测试了Fe3+掺杂的TiO2样品。

With the Fe3 + join , the spectral red shift obviously .

同时，随着Fe3+的加入主体8的光谱发生明显的红移。

Welding is one of problems occurring in the use of Fe3 Al-based alloys .

Fe3Al基合金的焊接问题是其实用化所要面临的问题之一。

Besides , this electrode has also shown electrocatalysis for Fe3 + reduction .

而且，此电极对Fe3+的还原也表现出了明显的电催化活性。

Therefore , Fe3 + may be combined with the N of pyrazine .

因此，Fe3+可能是与主体8中的吡嗪N结合。

The value is independent from the initial concentration of Fe3 + and thiourea .

此值大小与溶液中Fe~（3+）及硫脲的初始浓度无关。

There is the best Fe3 + doping amount .

Fe~（3+）有一个最佳的掺杂浓度。

So it is important to detect Cu2 + and Fe3 + .

因此，检测Cu（Ⅱ）和Fe（Ⅲ）就尤为重要。

The structure of the complex of C and Fe3 + was characterized by the X-ray diffraction .

通过实验获得探针C与Fe3+络合物的X-射线单晶衍射结构。

The various siderophores have different effects on the Fe3 + bacteriostasis activities .

不同的铁载体对Fe3+的抑菌活性具有不同的影响，这为发展新的抗菌剂提供了线索。

Samples doped with Fe3 + have better performance and higher photocatalytic activity compared with Cu2 + .

Cu2+的掺杂与Fe3+的掺杂相比较，Fe3+的掺杂效果较好、样品的光催化活性较高。

As for ferric chloride , Fe3 + can kill bacterial directly ;

氯化铁则不同，研究发现，Fe3+对细菌具有直接杀灭作用；

The results showed that Fe3 + had hyperchromic effect on red radish pigment .

发现Fe3+对色素具有增色效果。

But with the increasing of surface coverage and concentration of Fe3 + , the degradation rates decrease .

而随着多环芳烃表面覆盖度和水中Fe~（3+）浓度的增加，降解速率减慢。

Fe3 + deficiency limited the algal growth .

Fe~（3+）缺乏，对两种微藻的生长具有不同程度的限制作用。

In the neutral conditions , sensitive to Cu2 + 、 Fe3 + .

在中性条件下，对Cu2+、Fe3+反应灵敏。

Degradation of malachite green dye by fe3 + / tio2 photocatalyst

Fe~（3+）/TiO2光催化剂降解孔雀绿染料的研究

The fluorescence spectrum manifests that the ligand can achieve good affinity to Fe3 + ion .

荧光光谱表明，该配体能很好的实现对Fe3+离子的检测。

Transitional metals ( Fe3 + ) play an extremely important role in catalyzing CLA oxidation .

变价金属离子（Fe~（3+））能够促进共轭亚油酸氧化。

But brownish yellow deposit matter formed in solution of Cu2 + 、 Fe3 + .

在Cu2+、Fe3+溶液中产生棕黄色沉淀；

The evolution of the grain configuration in Fe3 Al-Ti alloy during superplastic deformation was investigated .

对Fe3Al－Ti合金超塑性变形中不同应变量下的晶粒形态进行了研究。

When 30 % HCl solution mixed with Fe3 + , corrosion rate has ramped up .

当盐酸中混入Fe3+时，合金的腐蚀速率大大加快。

The Mossbauer spectra display two double-absorption characteristics of Fe2 + and Fe3 + .

穆斯鲍尔谱显示出Fe2＋和Fe3＋的两个双吸收特征。

H2O form was controlled mainly by water content , Fe3 + / Fe2 + , pH and Eh ;

氨水相无机碳主要由含水率、Fe3+/Fe2+、pH、Eh控制；