加法原理

掌握加法原理，能用加法原理与乘法原理解决实际问题。

To master the addition principle and apply the addition principle & the multiplication principle to practical problems .

讨论加法原理与乘法原理的区别&关键在于类与步的区别。乘法原理也可以推广到多于两个事件的情况。

Discussing the difference between Addition Principle and Multiplication Principle . The rule of product can also be generalized to situations involving more than two events .

用电压叠加法原理，借助于计算机获得了电池在1100个太阳（一个太阳为AM1光强100mW/cm~2）下的开路电压、高低结电压、基区电压、短路电流密度和效率的理论数值。

With the aid of an electronic computer , the theoretical data of the open circuit voltage , base voltage , high-low junction voltage , short-circuit current density and efficiency were obtained at 1-100 suns using the voltage superposition method .

基于电压加法原理的直流分压器校准方法

Calibration Method for High DC Voltage Dividers Based on Voltage Summation

明确加法原理与乘法原理的区别是学好加法原理的关键。

Make it clear that the difference between AP & MP is the key to master AP .

这个测试你对向量加法原理及作用于同一点的外力总合的认知。

This tests your knowledge of the principles of vector addition and the summation of forces around a point .

对于高频信号还可以展开写成高频小波基的线性组合，利用系统对高频小波基的响应很快就可以得到系统的高频响应，进而通过叠加法原理就可以得到系统的响应。

The high-frequency signal also can be written to a linear combination of high-frequency wavelet basis , using the system response on wavelet basis , high-frequency response of the system can be quickly obtained .

根据分解综合的思路，采用概率累加法原理，提出了一种适用于干旱区流域生态环境质量现状评价的方法，并进行了实例分析。

Based on the train of thoughts of decomposition and integration , and adopting the principle of probability accumulation , a method for evaluating present situation of ecological environment quality of arid basins is proposed . And actual example analysis is carried out .

论述了估计量的选择，确认一切符合加法迭加原理的物探方法，其理论计算及解释中使用的物性参数应是均值μ。

The . choice of statistical estimates is discussed , in author 's opinion the expectation μ of the parameters of physical properties of rock and mineral specimen should be used in theory calculation and interpretation of all geophysical prospecting methods applied the principle of linear superposition .

设计一款红绿色弱诊疗ASIC，利用加法混色原理量化诊断红绿色弱认知，利用心理旋转现象理疗色觉体验，基于CPLD实现和应用。

A new diagnosis and treat ASIC for red-green color weak is designed , which uses additive color mixture rule to diagnose quantificationally red-green color weak ( RGCW ), and uses mental rotation experiment to cure color visual defects , and with CPLD to implement ASIC and apply .