片语

VIS-NIRS光谱

nirs模型NIRS model

NIRS modelNIRS模型

preprocessing of nirs光谱预处理

nirs analysis近红外分析

f NIRS成像技术

negative regulate element nirs负调控元件nirs

nirS genenirs基因

Nirs Dan Ands Sodercard发明人

英汉例句

• Studies on the preparation experimental methods of process analytical chemistry for TCM manufacture using NIRS were first carried out.

  本文首先研究了NIRS分析中药制药过程的準备实验方法。

• The basic principle and detection process of NIRS and the latest research progress of the application of domestic NIRS in quality analysis of milk and its diary products are presented.

  本文阐述了近红外光谱技术的基本原理、具体检测步骤和国内近红外光谱技术在牛奶及乳制品质量分析方面应用的最新研究进展。

• NIRS is starting to be used in pediatric critical care, to help deal with cardiac surgery post-op.

  NIRS开始用于儿科的重癥监护，有助于心脏外科手术。

• This indicates that NIRS is comparable to chemical methods in both accuracy and prediction and is reliable in practical application.

  由此可见，用近红外光谱法测定棉籽粉的油分具有与化学法相近的準确性和精确性，可以在实践中应用。

• In the present paper, NIRS database is established to identify and study the decoction pieces in common use.

  本文的主要研究内容为常用饮片近红外光谱数据库的建立和识别方法研究。

• This paper is focused on the up to date application of NIRS in food component analysis, quality analysis, food processing and food safety.

  简述了近红外光谱技术在食品组成成分、食品品质、食品生产和食品安全等四个方面应用的最新进展。

• The results indicate that NIRS combined with chemometrics is a fast, non-destructive and effective analytical method for quality control of Chinese Herbal Medicine.

  可见化学计量学方法结合近红外光谱技术是饮片质量控制的一种快速、无损、有效的分析方法。

• Conclusions Early monitoring with NIRS is useful to observe the cerebral blood autoregulation.

  结论对早产儿在生后早期应用NIRS监测有助于了解脑血流自主调节功能状态；

• NIRS has been used in the area of pharmaceutics extensively because it is a simple, quick and no damage analytic method.

  近红外光谱技术是一种简便、快速、无损的检测手段，在药学领域得到了广泛的应用。

• The method of on-line analysis of ethanol extraction process of Red Ginseng by NIRS had been built.

  建立了红参醇提过程的近红外光谱在线分析方法。

• The frequency-domain NIRS instruments modulate the light with a RF sine wave, which generates diffuse photon density wave (DPDW) in turbid tissue like brain.

  频域近红外光谱系统利用一个高频正弦信号对光源进行调制，从而在大脑这类强散射介质中形成一种漫射光子密度波。

• NIRS had been explored for fast analysis of decolourisation process of red Ginseng concentrated extract.

  研究了红参浓缩液脱色过程的近红外光谱快速分析方法。

• However, the NIRS models was not successfully developed for flavonoid contents with the three methods above.

  然而，利用三种统计方法都不能建立预测类黄酮含量的NIRS模型。