1、mechanical cell breaking could obviously increase the rate of autolysis and improve yield and the content of amino acid nitrogen in supernatant.───机械破碎可以明显缩短自溶时间，提高酵母ChouTi物的氨基氮含量和得率。
2、Test Method for Laboratory Froth Flotation of Coal in a Mechanical Cell───机械浮选机中煤的实验室试验泡沫浮选的试验方法
3、Centrifugal force stretcher a new of in vitro mechanical cell stimulator───一种新的体外细胞牵张刺激装置
4、But unlike the laser treatments, which exploit biochemical pathways to create pores in the fat cell, they generate mechanical forces that rupture these cells.───不过，与激光疗法(利用生化途径在脂肪细胞中形成小孔)不同，它们能产生机械力量分解这些细胞。
5、Fluid shear is the mechanical force exerted by the movement of fluids over cell surfaces and has been found to play an important role in cellular differentiation, development and function.───流体剪切力是由于液体流经细胞表面所产生的一种机械力，目前发现其在细胞分化、发育及行使细胞功能的过程中起到了巨大的作用。
6、Meso Mechanical Cell Model of Textile Composites Considering Boundary and Damage Effects───含边界和损伤因素的纺织复合材料细观胞元模型
mechanical cell（意思翻译）
机械电池
mechanical cell（相似词语短语）
1、mechanical properties───机械性能；机械性质；机械性能，机械性质，机械特性
2、mechanical performance───机械性能
3、mechanical ventilation───[矿业][建]机械通风；强制通风；机械通风，强制通风
4、mechanical mixture───机械混合物
5、mechanical power───[电] 机械功率
6、cell───n.(Cell)人名；(英)塞尔；n.细胞；电池；蜂房的巢室；单人小室；vi.住在牢房或小室中
7、mechanical layer───机械层
8、mechanical───adj.机械的；力学的；呆板的；无意识的；手工Cao作的
9、mechanical testing───机械试验法
mechanical cell（双语使用场景）
1、mechanical cell breaking could obviously increase the rate of autolysis and improve yield and the content of amino acid nitrogen in supernatant.───机械破碎可以明显缩短自溶时间，提高酵母ChouTi物的氨基氮含量和得率。
2、Test Method for Laboratory Froth Flotation of Coal in a Mechanical Cell───机械浮选机中煤的实验室试验泡沫浮选的试验方法
3、Centrifugal force stretcher a new of in vitro mechanical cell stimulator───一种新的体外细胞牵张刺激装置
4、But unlike the laser treatments, which exploit biochemical pathways to create pores in the fat cell, they generate mechanical forces that rupture these cells.───不过，与激光疗法(利用生化途径在脂肪细胞中形成小孔)不同，它们能产生机械力量分解这些细胞。
5、Fluid shear is the mechanical force exerted by the movement of fluids over cell surfaces and has been found to play an important role in cellular differentiation, development and function.───流体剪切力是由于液体流经细胞表面所产生的一种机械力，目前发现其在细胞分化、发育及行使细胞功能的过程中起到了巨大的作用。
6、Meso Mechanical Cell Model of Textile Composites Considering Boundary and Damage Effects───含边界和损伤因素的纺织复合材料细观胞元模型