您好,欢迎访问优校网! 收藏本页 手机访问
今天是:

Incubation behavior是什么意思


中文翻译孵化行为

网络释义

1)Incubation behavior,孵化行为2)Incubation,孵化3)hatching,孵化4)Hatch,孵化5)Incubator,孵化器6)incubation layer,孵化层

用法例句

    The effect of temperature on embryonic growth and material conversion during incubation in the grass lizard, Takydromus septenrionalis;

    温度对北草蜥卵孵化过程中胚胎生长及物质转化的影响

    Hybrid Intelligent Control for Incubation;

    禽蛋孵化过程的混合智能控制

    Changes of the Content of Crude Protein and Urea Nitrogen of Allantoic Fluid during Incubation;

    孵化期间鸡胚蛋内蛋白质转移的研究

    Study on the Changes of Calcium and Phosphorus Contents in the Eggshells of France Muscovy Duck in Different Hatching Stages;

    法国番鸭不同孵化阶段蛋壳内钙·磷含量的变化研究

    Effects of Salinity on Hatching and Growth of Artemia;

    盐度对卤虫孵化和生长的影响

    Analysis on Cholesterol Content of Yolk in Gushi Chicks and Silky Chicks during Hatching;

    固始鸡与丝毛乌骨鸡孵化期间蛋黄胆固醇含量分析

    Observation on the hatching of Taenia solium eggs using sodium hypochrite method;

    次氯酸钠法孵化猪带绦虫卵的观察

    Effects of 5 Chinese Herbs on the Hatch and Oviposition of Henosepilachna vigintioctoctopun Fabricius;

    5种中药对茄二十八星瓢虫孵化、产卵的影响

    Study on the Changes of Calcium, Phosphorus and Potassium Contents in Mallard Eggshell at Different Hatching Phases;

    野鸭不同孵化阶段蛋壳内钙·磷·钾含量的变化研究

    From the development of the United States incubator to see the development direction of China technological enterprise incubator;

    从美国孵化器的发展看中国科技企业孵化器的发展方向

    Bettering Architectural Design for Pioneer Center Incubator Spacial Environment;

    提升创业中心孵化器建筑设计空间环境

    Study on problems and countermeasures for the development of sci-tech firm incubator in China;

    科技企业孵化器发展过程中的问题与对策

    It is concluded that the highly microcrystalline n-layer can reduce the thickness of incubation layer, promote structural uniformity of i-layer and improve the performance of n-i-p μc-S.

    结果表明,本征微晶硅薄膜结构对n型掺杂层具有强烈的依赖作用,微晶n型掺杂层能够有效减少n/i界面非晶孵化层的厚度,改善本征微晶硅薄膜的纵向均匀性,进而提高微晶硅n-i-p太阳电池性能。

    Raman measurements indicate that there is an amorphous incubation layer at the p/i interface in the solar cells.

    喇曼测试结果显示:微晶硅薄膜太阳电池在p/i界面存在着一定的非晶孵化层。

    The thickness of the incubation layer and the nucleation density varied with power density.

    结果表明,随着功率密度的提高,沉积速率逐渐加大,进一步提高功率密度时,沉积速率趋于饱和;与此同时,薄膜的孵化层厚度和形核密度随功率密度而变化。