1) size fraction of separation
分选粒级
2) classification
分选
1.
Application of Ash-classification Technique in Power Plant;
粉煤灰分选技术在发电厂中的应用
2.
Integrated equipment for fly ash collection and size classification;
粉煤灰收集分选一体化装置
3.
Classification Method of Pearl Luster Degree Based on HSL;
基于HSL模型的珍珠光泽度分选方法
3) separation
分选
1.
Eddy current separation of aluminum from discarded PCBs;
废弃PCB中铝的涡电流分选研究
2.
Development and study of soft capsule s auto-separation machine;
基于电子视觉系统的软胶囊自动分选机的开发研究
3.
Study of on-line recognition and automatic separation of waste rock in coal mine;
煤矸石在线识别与自动分选系统的研究
4) sorting
分选
1.
Researches on the technique for precise classification and sorting of synthetic diamond;
人造金刚石磨料精密分级分选技术研究
2.
Setting of optimal adjustment conditions and parameters for sorting with FACS-Aria flowcytometer;
FACS-Aria流式细胞分选调试参数和最佳条件的设定
3.
Design and implementation of sorting and tracing device for various waveform radar signals;
脉间波形变换信号分选跟踪器的设计与实现
5) separating
分选
1.
In this paper, we mainly study the influence of the cement mortar performance caused by the separating fly ash and the size reduction fly ash, besides , we also study the different fly ash's figure.
本文研究了比表面积相近的由分选粗灰粉磨而成的磨细粉煤灰与分选细粉煤灰的颗粒形貌及水泥胶砂性能。
2.
The fly ash was separated and size reduced in pilot-plant separating and grinding process system, the physical and chemical quality and particle characters of different fly ash samples were determined.
在半工业化分选与粉磨工艺系统中对粉煤灰进行了分选与磨细处理,并测定了不同粉煤灰样品的物化性质及颗粒特性。
3.
On the basis of the speed difference of transition of the mineral particles of different density on the small arc special shaking inclined plane, separating minerals is made at a density, as a result, monominerals could be extracted.
介绍了微型圆盘斜西式矿物分选仪的结构、工作原理及分选特性。
6) deinterleaving
分选
1.
Simulation system fox deinterleaving of radar pulses based on MATLAB GUI;
基于MATLAB图形用户界面的信号分选仿真系统
2.
An Improved Algorithm for the Deinterleaving of Radar Signals Based on Stochastic Dynamic Linear Models;
一种基于随机动态线性模型的重频分选的改进算法
3.
PRI transform is available to PDW deinterleaving algorithm based on the TOA.
PRI变换可以有效地用于以TOA参数为标准的PDW分选算法,然而该变换比较复杂,需要消耗大量时间,因此其应用受到限制。
参考词条
补充资料：骨粒分选
分子式：
CAS号：
性质：将经破碎(砸骨)的骨粒按不同粒度分级和将不同类别、部位的骨粒筛分的过程。分选时除去碎骨屑与杂质，使每批骨粒的规格、性质相近一致，以便在随后的浸酸、浸灰等工序中使骨粒受到均匀一致的处理，缩短生产周期，提高出胶率和胶的质量。骨粒最佳粒度为10～15mm，一般分为20～30mm，10～20mm和5～10mm三个等级。管骨、肋条、头骨、牛角心、牙片骨、掀板骨等各类骨料分别破碎后筛分。
CAS号：
性质：将经破碎(砸骨)的骨粒按不同粒度分级和将不同类别、部位的骨粒筛分的过程。分选时除去碎骨屑与杂质，使每批骨粒的规格、性质相近一致，以便在随后的浸酸、浸灰等工序中使骨粒受到均匀一致的处理，缩短生产周期，提高出胶率和胶的质量。骨粒最佳粒度为10～15mm，一般分为20～30mm，10～20mm和5～10mm三个等级。管骨、肋条、头骨、牛角心、牙片骨、掀板骨等各类骨料分别破碎后筛分。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。