本报告展示了采用化学模式识别技术评价中药质量的远景。
The promising future of adopting chemical pattern recognition as a general method of assessing Chinese traditional medicines is demonstrated.
研究了新加工模式的原料感官质量和化学模式识别分类方法。
It studied tobacco visual quality after the new process pattern and the chemical module recognizable tobacco classification.
本文简述了化学模式识别方法的原理和特点，着重论述了线性学习机方法。
In this paper, the principals and characteristics of chemical pattern recognition method were described. Among this method, Linear Learning Machine was emphasized.
介绍化学模式识别技术的一些基本概念和原理，以及在药物分析中的应用与研究进展。
In this review some basic concepts and principles of chemical pattern recognition technologies are introduced, as well as some advances and applications in pharmaceutical analysis.
本文概述了近年来中药指纹图谱的构建方法、相似度评价方法、化学模式识别、存在问题。
This paper introduces briefly conception of fingerprint chromatography, analytical methods, methods for evaluating the similarity, chemical pattern recognition and problems.
方法应用主成分分析法(PCA)对来源于全国不同产地的女贞子进行了化学模式识别研究。
Methods Chemical pattern recognition was performed on the fruits of Ligustrum lucidum collected from various areas of China by PCA (principal component analysis) method.
JSLSCAD利用复杂的模式识别算法，可以探测、分类、鉴定化学战剂，同时还可以识别自然的和人造的战场干扰物。
Using sophisticated pattern recognition algorithms, JSLSCAD detects, classifies, and identifies chemical agents while discriminating against both natural and manmade battle space interferents.
模式识别应用于环境化学中，主要进行了环境数据中缺损值的估计和污染源的寻找。
Another part of our work was to estimate default in environmental data and to find environmental polluted sources by pattern recognition.
从化学定量构效关系、模式识别法、人工神经网络、波谱化学、多元校正分析法等方面对化学计量学在分析化学中的应用进行了综述。
Application of chemical metrology in the analytical chemistry were summarized in aspects of QSAR, chemical pattern recognition, ANN, spectrum chemistry and multi-proofread.
电子鼻是一种由具有部分选择性的化学传感器阵列和适当的模式识别系统组成、能够识别简单或复杂气味的仪器。
E-nose system is a kind of instrument which is composed of selective chemical sensors array and appropriate pattern recognition system to detect and classify simple or complex odorant.
本文将模式识别技术应用于油气化探，给出了方法的逻辑框图，剖析了一个典型实例，其结果说明运用模式识别方法获得地球化学场的基本结构及其变异特征，反映了地球化学场的变化规律。
This paper applies model distinguishing technique to geochemical exploration of oil and gas and gives the logic diagrams of the technical method with the aid of a typical example.
本文将模式识别技术应用于油气化探，给出了方法的逻辑框图，剖析了一个典型实例，其结果说明运用模式识别方法获得地球化学场的基本结构及其变异特征，反映了地球化学场的变化规律。
This paper applies model distinguishing technique to geochemical exploration of oil and gas and gives the logic diagrams of the technical method with the aid of a typical example.
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