Researchers found an "electronic nose" was able to identify chemical signals of cancer in the breath of patients with lung or head and neck cancer.
研究人员发现一种“电子鼻子”能够从肺癌或头颈部癌症病人的呼吸中识别癌症的化学信号。
Detection: Electronic nose. Equipped with 14 different types of conductive polymers, the synthetic sniffer can distinguish between infections caused by e. coli, staph, and proteus parasites.
检测方法：电子鼻。合成嗅探器装备着14种不同的导电聚合物，可以分辨由葡萄球菌，大肠杆菌和变形球菌，以及寄生虫导致的不同感染病例。
Still widely used, this electronic nose is able to sniff out a few parts per trillion of chemicals found in the soil, water or air.
这种仪器直至今天仍然广泛使用，它可以从土壤、水或空气中发现的数以万计的化学物中嗅到一部分（需要的）的东西。
It could also be used to fine-tune an electronic nose, if such a device were to be used at the site of a disaster.
如果在灾害现场利用电子鼻，这一结果也可用来调整其精确度。
Two kinds of fuzzy neural network models' application to the quantitative analysis in an electronic nose system are put forward and realized.
提出并实现了两种类型的模糊神经网络用于电子鼻系统的定量识别。
In this article, the lung cancer situation, breath detection method and feasibility of electronic nose system used for breath detection have been particularly introduced.
本论文首先介绍了呼吸检测和肺癌呼吸检测的重要性、可行性和研究依据，以及国内外电子鼻系统的研究现状。
Electronic nose was used for analyzing flavor of different matrix dairy products: milk, cream, and dairy flavoring.
用电子鼻对牛奶、奶油和奶味香精进行气味测定。
Respecting game, have to mention naturally depend on electronic game and rise abruptly, and even turn up one's nose at Japanese game industry of the whole world.
说到游戏，自然不能不提到凭借电子游戏而崛起，乃至傲视全球的日本游戏产业。
Infected wounds and tissues emit distinctive odors that can be detected by an electronic nose.
被感染的伤口和组织会发出能被电子鼻探测到的特有气味。
Generation background, principle, construction and application in food industry of electronic nose is presented in this paper.
论述了电子鼻的产生背景、原理、结构、研究现状及其在食品工业中的应用。
The electronic nose is a novel apparatus, which simulates human olfaction to analyze, recognize and examine complex gas and volatility.
电子鼻是一种新颖的模拟人的嗅觉来分析、识别和检测复杂嗅味和挥发性成分的仪器。
The electronic nose for gas quantitative analysis is designed through combining gas sensor array with gray system theory.
将气体传感器阵列与灰色系统理论相结合，设计出用于气体定量分析的电子鼻。
The metal oxide gas sensor and voltage following circuit are adopted in this electronic nose system.
本论文工作的电子鼻采用了金属氧化物气体传感器阵列、电压跟随电路。
The output of electronic nose is from several sensors.
电子鼻的输出是由多个传感器的输出组成的。
The futures application of electronic nose in dairy industry were prospected.
展望了电子鼻在乳品工业中的应用前景。
However, the medical electronic nose used for disease diagnosis stays immature, still under studying in laboratory.
但用于疾病诊断的医用电子鼻目前尚不成熟，仍处于实验室研究阶段。
An electronic nose system was designed for monitoring meat freshness according of pork smell.
根据猪肉的气味特征，建立了一套用于猪肉新鲜度识别的电子鼻系统。
Electronic nose is an artificial olfactory devices for analysis, identification and detection of complex odors and volatile components.
电子鼻是一种分析、识别和检测复杂气味和挥发性成分的人工嗅觉装置。
Olfactory neuro-chip is one of neuro-chips, which based on the electronic nose and cell-based biosensor research, trying to culture olfactory receptor neurons on the surface of chips.
嗅觉神经芯片是在电子鼻和细胞传感器研究的基础上，在芯片表面培养嗅觉感受神经元所构成的一种神经芯片。
We apply the electronic nose system bionic fresh pork to detect the freshness of the pork.
应用仿生电子鼻系统对猪肉的新鲜度进行了检测。
Besides, some problems in tobacco analysis by electronic nose are pointed out and the application prospect of electronic nose in tobacco research area is mentioned.
提出了电子鼻在烟草分析检测中应当注意的问题，并展望电子鼻及其在烟草研究领域的应用前景。
Then the three key parts of electronic nose: sensors array, signal amplification circuit and AD board are also introduced.
介绍了本课题中采用的电子鼻硬件系统的三个组成部分――传感器阵列、信号调理电路和数据采集卡。
Present article deals with the various methods of food pathogen detection with bio-molecular electronic techniques such as biosensors, microarrays, electronic nose, and Nano-devices.
介绍了几种生物分子技术如生物传感器、微排列、电子鼻子和纳米装置用于食品中有害微生物的检测。
Medical electronic nose is a sort of special electronic nose system, as general electronic nose, it is the element of sensor.
医用电子鼻是一种特殊的电子鼻系统，与通用电子鼻一样，传感器系统是它的核心。
An artificial intelligence approach to evaluate the volatile components in tobacco was developed on the basis of electronic nose detection and chemometrics methods.
该文基于电子鼻检测技术和化学计量学方法，研究建立了烟叶挥发性组分的人工智能评价方法，并用于一系列国内主要烟叶原料的评价。
An electronic nose works in a similar fashion.
电子鼻以相似的方式工作。
A new bionic detection technique-electronic nose, including its fundamentals, equipment structure, and main applications, was briefly described in this paper.
本文概述了一种新颖的仿生检测技术—电子鼻，包括它的基本原理、仪器结构、及其主要的应用。
In the present study, an electronic nose (PEN2) was used to characterize and classify two types of oranges coming from different storage times and methods.
利用电子鼻pen2系统对不同储藏方式及时间下柑橘芳香成分进行检测分析。
We used a metal oxide sensors array, designed a whole set of portable electronic nose system and applied to quality detection of agricultural products.
使用了金属氧化物传感器组成的检测阵列，设计了一套完整的便携式电子鼻系统，并在农产品品质检测中得到了应用。
We used a metal oxide sensors array, designed a whole set of portable electronic nose system and applied to quality detection of agricultural products.
使用了金属氧化物传感器组成的检测阵列，设计了一套完整的便携式电子鼻系统，并在农产品品质检测中得到了应用。
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