1)  ADM
分插器
2)  bisection-interpolation
对分插值
1.
Application of chaos nest searching algorithm and bisection-interpolation method in optimal operation of hydropower station;
对分插值与混沌嵌套搜索算法在水电厂日优化运行中的应用
2.
Application of nested algorithm with bisection-interpolation approach and chaos to optimization of cascade reservoir operation;
对分插值与混沌嵌套搜索算法在梯级水库联合优化调度中的应用
3)  variational interpolation
变分插值
1.
Based on relative displacement between the particular person s feature lines and the general model s, we perform variational interpolation to fit the particular facial geometry.
首先 ,给出特定人脸的正侧面正交图像 ,并提供了一个内嵌肌肉向量的一般人脸三维多边形网格模型 ,采用 Snake技术自动适配人脸特征线 ,基于特定人脸的特征线相对于一般人脸模型上的特征线的位移 ,变分插值一般人脸网格 ,适配特定人脸几何 ;然后 ,用多分辨率样条技术产生无缝的人脸纹理镶嵌图 ,纹理映射后生成高度真实感的能以任意视线方向观察的特定人脸 ;进而 ,通过组合特定人脸的肌肉向量的运动 ,变形模型 ,组合出特定人脸的各种表情 。
4)  transplanting mechanism
分插机构
1.
Research advances in transplanting mechanism of rice transplanter;
水稻插秧机分插机构的研究进展
2.
Since the shortage of traditional design method on transplanting mechanism of high speed crank rocker style, this paper makes an elastic dynamic analysis of the mechanism.
传统设计方法在高速曲柄摇杆式分插机构设计上存在不足。
3.
Transplanting mechanism with planetary elliptic gears is one kind rotary transplanting mechanism which is assembled on the high speed transplanter, it is the main part of a transplanter, and the trail and pose of its needles to take seedlings determines its performance.
椭圆齿轮行星系分插机构是高速水稻插秧机的一种旋转式分插机构 ,其秧针尖的运动轨迹和姿态决定了插秧机的工作性能。
5)  separating planting mechanism
分插机构
1.
Innovation of the separating planting mechanism is one of key technologies to innovate rice transplanter.
分插机构的创新是插秧机产品更新换代的关键技术之一 ,该文介绍了一种新型高速插秧机分插机构—差速分插机构的结构与工作原理 ,通过建立其数学模型 ,应用 CAD/CAE技术进行辅助分析与设计 ,分别优化适于南方双季稻种植和北方插小苗要求的分插机构结构参数 ,并与日本高速插秧机分插机构的性能进行对比分析。
2.
In this paper, a kind of separating planting mechanism of high performance rice transplanter, separating planting mechanism with double control unit was introduced, in order to achieve the movement trace of transplanting arm, connected rod mechanism and planetary rod mechanism were used.
叙述了一种高速插秧机分插机构——双控制分插机构的结构原理 ,其传动由曲柄摇杆机构和行星齿轮系组成 ,完成插秧所需的运动轨迹。
3.
The separating planting mechanism with planetary elliptic gears of high performance rice transplanter made in Japan could not meet the agronomic demand in South China.
该文通过理论推导 ,阐述了椭圆齿轮行星系分插机构的传动特性 ,建立了运动学分析模型和框图。
6)  add/drop multiplexing
分插复用
1.
The influence of the reflected spectra and transmission dispersion properties of uniform fiber Bragg gratings (FBGs) on the add/drop multiplexing of wavelengths in DWDM systems is synthetically analyzed .
综合分析了均匀光纤光栅主反射带内、外反射谱和透射色散特性对DWDM系统光波分插复用的影响,分析计算了DWDM系统中信道参数与光纤光栅参数之间的关系。
2.
Now we can make many configurations of add/drop multiplexing devices using fiber bragg gratings.
在波分复用的光纤通信系统中,分插复用技术需要低损耗、小型化的、稳定的、可靠的器件。
参考词条
补充资料:电容分压器(见分压器)


电容分压器(见分压器)
capacitor voltage dividers

d)onf。日g无en丫oq{电容分压器(eaPaeitor voltage dividers)见分压器。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。