studding

英 [ˈstʌdɪŋ]

美 [ˈstʌdɪŋ]

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双语例句

• Then based on studding the ability of independent innovation, Discuss the constituent elements of local leading enterprises independent innovation capability, establish performance evaluation system of leading independent innovation capability of enterprises.
  然后在研究了自主创新能力的基础上，探讨了地方主导企业自主创新能力的构成要素，建立了主导企业的自主创新能力绩效评价指标体系。
• Studding the development of business through the point of competitiveness has become one of hot problems in the field of international economy and managing theories.
  从竞争力角度研究产业发展，目前已经成为国际经济和管理理论界研究的热点问题之一。
• Used modified electrodes with specifically function, some molecules 'electrochemical properties have been studying. It could provide the data for the further studding of it interaction with DNA.
  特定功能修饰电极的出现，使得某些生物小分子电化学性质的研究成为了可能，并可进一步为研究其与DNA之间的相互作用提供一定的数据与技术支持。
• He may be studding in his study.
  他可能正在书房里学习。
• After studding and researching, there were so many reasons to make this happen. Some management staff and workers did not execute enough in implement ting national laws, regulations, security management system of corporation and on-site management in security technology measures.
  通过调研发现，产生这种现象的原因有许多，某些管理人员和一线工人在贯彻执行国家的法律法规、企业安全管理制度和现场安全技术措施上执行力不够。
• Yaw Control of a Flying-Wing Aircraft Based on Nonlinear Control Allocation studding sail
  基于非线性控制分配的飞翼航向控制方法【航海】补助帆，翼帆
• This method can not only be used in studding the distant clock synchronization and the quantum positioning, but is useful in measuring the time difference of a pair of entangled photon passing the nonlinear crystal.
  文中所描述的时钟同步测量方法可实现对空间位置的测量，同时又可用于测量纠缠光子对在非线性晶体中传输的时间差。
• By comparing different neural networks and studding algorithms the following paragraph will discover a training method and neural network with high convergent speed and great accuracy.
  本文将通过对比不同的神经网络、不同学习算法找到一种较快收敛速度及较高精度的训练方法和神经网络。
• The DCN could, therefore, represent an ideal model for studding the modulation of nociceptive signals from somatic and visceral primary afferents.
  为研究躯体和内脏初级传入信号在低级中枢水平的整合，特别是关于躯体传入信号对内脏痛的调控机制的研究提供了一个理想的模型。
• Studding the reducing sugar content and CAT activity in lily bulb during low temperature treatment, we found: the rapid increasing of reducing sugar content can accelerate lily bulb dormancy broken.
  研究了百合鳞茎低温处理期间，鳞片还原糖含量、CAT活性的变化，表明：还原糖含量在百合鳞茎低温处理期间的迅速上升，能够促进百合鳞茎休眠的打破。