method of potentials中文是什么意思

• 起脚石法

• "method"中文翻译    n. 1.方法，方式；顺序。 2.(思想、言谈上的)条理 ...
• "potential"中文翻译    adj. 1.可能的；【语法】可能语气的。 2.潜在的； ...
• "autonomous potentials" 中文翻译 :    自发性电位
• "centrifugation potentials" 中文翻译 :    离心势
• "constant potentials" 中文翻译 :    恒电位
• "critical potentials" 中文翻译 :    临界电位,中肯电位
• "debye potentials" 中文翻译 :    德拜势
• "electric potentials" 中文翻译 :    供电器
• "electrochemical potentials" 中文翻译 :    电化电位
• "electrokinetic potentials" 中文翻译 :    电动电位
• "marking potentials" 中文翻译 :    标志电位
• "positive potentials" 中文翻译 :    正电位
• "saturation potentials" 中文翻译 :    饱和电位
• "sequence of potentials" 中文翻译 :    位势序列
• "series of potentials" 中文翻译 :    电动次序; 电动序; 排代次序
• "stern potentials" 中文翻译 :    电离电位
• "streaming potentials" 中文翻译 :    液流电位
• "autonomous diphasic potentials" 中文翻译 :    两相电位
• "brain evoked potentials" 中文翻译 :    脑诱发电位
• "brainstem auditry evoked potentials" 中文翻译 :    脑干听觉诱发
• "compound muscle action potentials" 中文翻译 :    混合肌肉动作电位
• "evoked potentials，ep" 中文翻译 :    诱发电位
• "late fractionated potentials" 中文翻译 :    迟发碎裂电位
• "repetitive burst of action potentials" 中文翻译 :    动作电位的反复突然爆发,动作电位的反复释放
• "somatosensory evoked potentials" 中文翻译 :    体感诱发电位

• Regularization of nearly singular integrals in the boundary element method of potential problems
  位势问题边界元法中几乎奇异积分的正则化
• Completely analytical algorithm of nearly singular integrals in the boundary element method of potential problems
  位势问题边界元法中几乎奇异积分的完全解析算法
• The merit and defect of the natural yield separation method and quality embody point method were analyzed and the method of potential comparable yield was put forward . the feasibility of associated land types was tested by this method
  同时探讨了自然产量剥离法和质量体现点法的优缺点，在其理论基础上提出了潜力可比产量法，并用此方法验证了用组合类型来进行分等的可行性。
• Secondly , from the view of the analysis of potential science , the teaching mode of the basic constants in physics is presented . thirdly , on one hand , author analyses the basis of epistemology , scientific philosophy and psychology of the teaching mode , on the other hand , author investigates the potential properties and shapes of the basic constants in physics . at the same time , it is also given the path of applying the theories and methods of potential science to the teaching of the basic constants in physics
  本论文首先，扼述基本物理常数“潜? ?渐显? ?显? ?渐潜… … ”潜科学分析的分析理念；其次，探讨基本物理常数潜科学分析的教学模式：提出问题，引起认知定向呈现进化过程，挖掘物理内涵揭示并阐述潜科学特征采取有效途径，培养科学素质再次，一方面从理论上阐释基本物理常数潜科学分析教学模式的认识论、科学哲学和心理学依据，另一方面从实践上阐释基本物理常数的创造性、反常性、待定性、隐变性、高难性及趋显性等潜科学特征，同时提出科学问题、科学幻想、科学猜测、科学经验、科学悖论、科学蒙难、科学论争、科学失误、科学伯乐、科学潜才等潜科学形态与方法应用于基本物理常数教学中的途径。
• This paper deduced the rationality of logical relation for the evaluation model based on c - d product function to quantitatively evaluate intensive and extensive degree of land - use , then defined the elasticity coefficient of labor and capital of henan province and its cities with the method of potential analysis , finally calculated the intensive coefficient and extensive coefficient of the construction land - use and evaluated their development models of the construction land - use based on these two important parameters
  摘要首先根据c - d生产函数理论推导定量评价建设用地的集约系数与粗放系数模型逻辑关系的合理性，然后采用势分析方法确定河南省及其各市劳动和资金产出的弹性系数，最后计算其建设用地的集约系数与粗放系数，并根据建设用地利用集约系数和粗放系数这2个重要参数确定其建设用地利用发展模式。
• Competitive positioning marketing is on the basis of the five important customer psychology factors which 《 new positioning 》 prefer , and competitive positioning marketing is new apprehension about the strategy of enterprise position . use the a nalysis method of potential difference and order difference can help us confirm the position of competitor and own , this is premise we nicely work out competitive tactic
  竞争定位营销是建立在《新定位》提出的消费者五个重要心理因素基础之上的，是对企业地位战略的新理解，运用位差和序差的分析方法有助于找准自己和竞争者在竞争中所处的位置，这是准确制定竞争策略的前提。
• After experiencing a process from potential science to obvious science , any scientific discovery and technical invention are accepted . it is the necessary course to the whole scientific evolutions . so are the basic constants in physics . therefore , it has very strong and realistic meaning to make use of the theories and methods of potential science in the teaching of the basic constants in physics and to construct a new frame of theoretical system
  任何一项科学发现和技术发明，都要经历一个孕育时期和待显阶段，完成由潜到显的转化历程，才能被世人所承认而成为常规科学的内容，而这部分内容相对于其后续发展却又成为潜科学成果，这是任何一门学科乃至整个科学演进的主机制，同样基本物理常数g 、 h 、 e 、 c 、 r 、 r _或n _ a的演进也不例外

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