在电化学中研究 可逆电池 ( reversible cell )是最基础且又十分重要的问题。因为一方面它揭示了化学能转变为电能的最高限度,为改善电池性能提供了理论依据;另一方面可利用可...
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reversible cell injury 可逆性损伤
Thermodynamics of reversible cell 可逆电池的热力学
Design of the reversible cell 可逆电池的设计
Reversible Cell and reversible electrode 可逆电池和可逆电极
thermodynamic reversible cell 热力学可逆电池
a reversible fuel cell 一个可逆燃料电池 ; 可逆的燃料电池
reversible e cell 可逆电池
cell reversible 可逆电池
PF4 is a negative regulator of hematopoiesis and can inhibit hematopoietic cell proliferation but this effect is reversible.
PF4属于造血负性调控因子,它抑制造血细胞增殖,但是它的这种作用是可逆的。
The reversible phosphorylation of protein kinase plays important roles in many signal identifying and transfer in cell. The protein kinases mainly catalyse phosphorylation of proteins.
蛋白质的可逆磷酸化过程在细胞的信号识别与转导中起重要作用,蛋白激酶主要催化蛋白质的磷酸化作用。
The results indicated that the degree and characteristic of radiation damage were variable under different irradiation conditions and the somatic cell responses induced by irradiation were reversible.
结果表明,在不同照射条件下辐射损伤的程度和特性不一,由辐射所诱发的体细胞效应大多数是可以恢复的。
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