Chinese translation for "电容器电容"

capacitor capacitance
condenser capactiance
condensercapactiance

Related Translations:

印刷电容器:  printed capacitor

射频电容器:  radio frequency capacitorradio-frequency capacitor

谐振电容器:  resonant capacitor

输出电容器:  output capacitor

喇叭电容器:  horn condenser

寄生电容器:  capacitor parasitics

反馈电容器:  feedback capacitorfeedback condenserreaction capacitorreaction condenserthrottle capacitorthrottle condenser

正弦电容器:  sine capacitor

平衡电容器:  balance capacitorbalanced capacitorbalancing capacitorneutralizing condenser

接地电容器:  ground capacitorground conde erground condenser

Example Sentences:

	1.	A new method of solving the capacity problem is presented by using the formula of capacity for a parallel plate capacitor , with simpler calculation and more explicit physical meaning as compared with the conventional solution 摘要提出了导体系统电容问题求解的一种新方法，借助双球面坐标系和平行板电容公式，求出了异心球形电容器电容的解析式。
	2.	On the ground of educative theory , this paper exposits connotation and characteristic of project - based learning and why we should also enforce project - based learning in high school . as far as substance of project - based learning and objective circumstance what it should have are concerned , it points out the practical ability . at last , based on that university physics education has relatively longer cycle , it proposes stage pattern for enforce project - based learning and give two concrete cases , which discuss capacitance of confocal oval - shaped stylar capacitor and potential distribution of charged conductor of surface being uniparted hyperboloid 本文在具体的教育理论指导下，阐述了研究性学习的内涵及特点；在大学物理中实施研究性学习的意义；以及就研究性学习的实质和所需具备的客观条件而言，论述了研究性学习在高校中实施的可行性；并根据大学物理教育具有周期性相对较长和专业循序渐进的特点，提出了研究性学习的阶段性模式，并给出了具体的实例，利用保角变换法讨论了共焦椭圆柱形电容器电容及单叶双曲面带电导体的电位分布。
	3.	The series solution of the eccentric spherical capacitor ’ s capacitance has been obtained based on the bispherical coordinate system and strict derivetion , and through making programe to compute to get the numerical relation between the capacitance and the eccentrity , pionted out that the capacitance not let up but enlarged with the gain of eccentriccity 四、采用双球坐标系严格求解了偏心球形电容器的电容。得到了它的级数解,求得了偏心球形电容器电容大小随偏心度变化的规律,发现偏心球形电容器电容的大小并不是随偏心率的增加而减小,而是随偏心率的增加而增加的。

Similar Words：

"电容器电抗" Chinese translation, "电容器电流" Chinese translation, "电容器电流补偿" Chinese translation, "电容器电路" Chinese translation, "电容器电纳" Chinese translation, "电容器电容公差" Chinese translation, "电容器电容量" Chinese translation, "电容器电压" Chinese translation, "电容器电阻" Chinese translation, "电容器叠片组" Chinese translation