铁素

网络释义

1.
lactoferrin
...形 全世界第一只基转乳牛  生产人乳成分中的乳 铁素（lactoferrin）  可和铁结合，抑制需 铁细菌生长，提升婴 儿免疫力…
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2.
Fe
9．铁素（Fe）营养
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3.
Siderophore
...质对铁离子 Fe3+具有专一的 高度亲和性，称为噬铁素(Siderophore)．荧光假单胞菌的水溶性荧光 色素就是一种噬铁素，这 …
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4.
siderophores
...子几乎皆与蛋白质结合，游离状态很少， 需藉著分泌鳌铁素（siderophores）来鳌合铁离子才能为细菌所利用。
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5.
iron element
铁素体-贝氏体钢,Ferrite... ... ) Ferrite-Bainite Steel 铁素体-贝氏体钢 ) iron element 铁素 ) ferrite region 铁素体区 ...
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6.
mobilferrin
...蛋白不同的蛋白：整合素（ integrin ）和移铁素（ mobilferrin ），并且推测这两种蛋白可能在细胞内铁的转运过程中起作用。
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例句

释义:
全部全部,lactoferrinlactoferrin,FeFe,SiderophoreSiderophore
类别:全部全部,口语口语,书面语书面语,标题标题,技术技术
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难度:全部全部,简单简单,中等中等,难难
1.
The dimension and dispersion of the precipitation decrease, the lath character of bainitic ferrite tends to be evident.
碳化物尺寸变小，弥散度减小，贝氏体铁素体条片状特征明显；
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2.
Unlike that of tempered martensite structure, there is little effect of oxygen content on the fatigue properties of ferrite-pearlite steel.
与调质回火马氏体组织不同，氧含量对铁素体-珠光体组织的疲劳性能没有明显的影响。
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3.
The lamellar cementite in the pearlite broke up and a large number of granular cementite precipitate on the ferrite boundaries.
在相邻铁素体界隅及边界上出现大量颗粒状和膜片状的渗碳体。
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4.
In conclusion, the fatigue properties of microstructure carefully controlled ferrite-pearlite steel could be as high as that of QT steel.
总之，组织精细控制的铁素体-珠光体型非调质钢的疲劳性能可达到调质钢的水平。
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5.
A ferritic stainless steel alloy having a reduced tendency to form silica on at least a surface thereof also is provided.
也提供了在至少其表面具有减少的形成二氧化硅倾向的铁素体不锈钢合金。
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6.
Ferrite bands with inside sulfides stretched along the rolling direction in the laminate area were the main cause of plate laminate.
指出了其沿轧向分布的铁素体带及其内部的条状或片状硫化物是中厚板分层的主要成因；
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7.
Weld metal is composed mainly of acicular ferrite , granular bainite and a small amount of martensite.
焊缝金属主要有针状铁素体+粒状贝氏体+少量马氏体组成。
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8.
The formation of dispersive distribution of fine cementite particles could be explained by the mechanism of dissolution-re-precipitation.
细小渗碳体粒子在铁素体基体上的弥散分布可以用溶解-再析出机制来解释。
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9.
The result showed that the microstructure dominated by fine and homogeneous acicular ferrite had the better resistance to SSCC.
结果表明：均匀细小的针状铁素体为主的显微组织具有优良的抗SSCC性能；
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10.
Deformation promotes the growth of ferrite grains, the growing rate of ferrite in the early stage of DEFT was calculated.
形变强化相变铁素体晶粒转变初期的长大速率随应变速率的增加而增大。
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