artificial nose
英 [ˌɑːtɪˈfɪʃl nəʊz]
美 [ˌɑːrtɪˈfɪʃl noʊz]
网络 人工鼻; 人造鼻; 人造鼻子
双语例句
- Instead, they created an artificial nose that uses the smell of bacteria to identify and diagnose specific diseases.
相反，他们发展出一种假鼻子，依靠对细菌的气味来鉴别和诊断某些疾病。 - The rocket climbs upward and onward, with an artificial satellite cradled in its nose cone.
随带装在其前端锥形体内的一颗人造卫星，火箭一直向上，向前爬升。 - Application and nursing of artificial nose in artificial airway
人工鼻在人工气道患者中的应用与护理 - Many accessories to the ventilator such as the humidifier and the artificial nose are widely used and applied.
呼吸机附设设备、湿化器、人工鼻在临床上已被广泛采纳和使用。 - Objective: To probe into the effect of applying artificial nose for respiratory management and airway humidification of patients undergoing artificial ventilation after incision of trachea.
探讨气管切开行人工通气病人应用人工鼻进行气道湿化的效果。 - The Nano Artificial NOSE device was even able to detect differences between head-and-neck cancer and lung cancer patients.
这个纳米人造鼻子设备甚至可以探测出患有头颈癌和肺癌病人。 - The Experimental Research on Mimetic Optical Artificial Nose Sensor System and Detection of Respiration Odor
仿生光学人工鼻及其呼吸气体检测的实验研究 - Methods: 48 patients with tracheotomy were randomly divided into two groups: the experiment group of 24 patients were given oxygen inhaling with artificial nose and the control group of 24 patients were given oxygen inhaling tube and tracheal humidify with microinfusion pump.
方法：48例气管切开患者随机分成两组，实验组24例采用人工鼻吸氧，对照组24例采用微量注射泵湿化气道导管吸氧。 - Conclusion The ways for avoiding the incidence of the VAP are as follows: strengthening the sterile concept, attaching importance to the disinfection of the ventilator duct, emphasizing the nursing of the artificial air passage, mouth, nose and throat and preventing the mistake inhalation.
结论加强无菌观念，做好呼吸机管道的消毒管理，加强人工气道的护理和口鼻咽护理，防止误吸等对降低VAP的发生有着重要的意义。 - Clinical Use of Artificial Nose in General Anesthesia by Tracheal Intubation
人工鼻在气管插管全麻手术中的临床应用 - Effect of Artificial Neural Network on Performance of Electronic Nose
人工神经网络对电子鼻性能的影响 - Conclusion Artificial nose is superior to the methods of pumping-in humidity and regular humidity in respect of reducing the quantity of sputum secretion and times of sputum absorption and keeping airway well humid.
结论人工鼻在减少痰液分泌量、吸痰次数及保持良好气道湿化效果明显优于微量泵入湿化和定时湿化的方法。 - Based on the experimental results, it can be concluded that this laboratorial system of optical artificial nose sensors has the characteristic of bionics and prospect of application.
实现结果表明，该光学人工鼻传感器实验系统具有一定的仿生特性和应用前景。 - Research progress on application of artificial nose in artificial airway
人工鼻在人工气道中应用的研究进展 - Conclusion The artificial nose can reduce the incidence of respiratory infection and post-operative cough.
结论人工鼻可明显减少术后呼吸道感染和术后咳嗽。 - Author summarizes the nursing progress on the trachea humidification in trachea incision, discuss the best way for the trachea humidification and then reviews it from physiology humidification, medicine humidification, calefaction humidification, artificial nose humidification and trachea washing etc.
概述气管切开术后气道湿化的护理进展，探讨最佳气道湿化方法，从生理湿化、药物湿化、加温湿化、人工鼻湿化、气道冲洗等方面进行综述。 - Application of Artificial Nose in the Artificial Airway Humidity
人工鼻在人工气道患者湿化气道中应用的效果观察 - Objective: To discuss the effect of artificial nose in the tracheotomy patients with self breath and to find a better method for nursing of the patients with artificial airway.
目的：探讨人工鼻在气管切开自主呼吸患者气道管理中的效果，寻求一种有效、简便的人工气道管理方法。 - Objective To observe the effect of artificial nose in the artificial airway humidity.
目的观察人工鼻在气管切开患者气道湿化中应用效果。 - K-nearest neighbor ( k-NN), linear discriminant analysis ( LDA), back-propagation artificial neural networks ( BP-ANN), probabilistic neural networks ( PNN), learning vector quantization ( LVQ) and self-organizing map ( SOM) pattern recognition algorithms are compared for their ability to classify electronic nose data.
文中比较了k-近邻法、线性判别分析、反向传播人工神经网络、概率神经网、学习向量量化以及自组织映射6种电子鼻模式识别算法的分类能力。 - Methods Granule hydroxyapatite artificial bone dust was applied to perform operation of projecting forehead and nose.
方法应用颗粒状羟基磷灰石人工骨粉进行隆额隆鼻术。 - In this article, in order to meet the demand of diagnosis of respiration odor, a new style laboratorial system of artificial optical nose was introduced, which was used to explored the possibility of diagnosing disease through respiration odor.
针对呼吸气体诊断的需要，介绍了一种新型的具有仿生特点的光学人工鼻实验系统，用于探索通过呼吸气味诊断疾病的可行性。