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。
Perhaps it's better to think of the new iPod nano as version 1.0 of a completely new device, rather than the sixth generation of an existing iPod.
也许最好将新款iPodnano看作一款全新的设备的1.0版本，而不是已有的iPod nano的第六代。
The team has a device that integrates hundreds of nanowires into an array, giving an output current of about 100 nano-amps at 1.2 volts.
该小组利用一个装置，将数百根纳米线集合排列，每1.2伏特可产生约100纳米安培的输出电流。
Researchers at the Technion - Israel Institute of Technology - are working on a device called the nano artificial nose.
以色列理工学院科技部的研究人员，一直以来这是一个从事被称为小型假鼻器械的研究。
A devoted audiophile might quibble with the nano's audio output compared to a higher-end component, but most iPod nano owners will be using the device on the go, and in that context, it sounds great.
一个音频发烧友也许会拿nano的音频输出和高端的配件相比来挑刺，不过大多数iPod nano的所有者都只是在路上用它听听音乐而已，在这种情况下，它的音质很不错了。
The previous nano used the accelerometer to automatically reorient the screen when you rotated the device.
前代nano利用加速度计来在你旋转设备时自动调整屏幕方向。
Also nifty on the Nano is the small integrated clip to snap the device on to your pocket or belt buckle.
nano俏皮十足的背夹设计能让你将你的nano随意的夹在你的钱包或者皮带上。
What's nifty on the Nano is the small integrated clip to snap the device on to your pocket or belt buckle.
nano俏皮十足的背夹设计能让你将你的nano随意的夹在你的钱包或者皮带上。
The logics with probabilistic characterized is suitable for expressing the states of nano-device.
具有概率特性的逻辑学适合表示纳米器件的状态。
The improved device has been proved with convenient manipulation and high collection efficiency beyond 90%, which is applicable to all particle size collection from the scope of nano to micron.
改进后的装置操作简单方便，采集效率在90%以上，适用于纳米至微米范围所有粒径的颗粒的采集。
The invention relates to a microstructure of a nano wire and an electrical performance testing device.
本发明涉及一种纳米线的显微结构与电学性能测试装置。
The carbon nano tube transistor device has very high application value in terms of ultrasensitive environmental stimuli response devices, ultrasensitive solar stimuli response devices and the like.
本发明提供的碳纳米管晶体管器件在超灵敏环境刺激响应、超灵敏太阳能刺激响应器件等方面均具有很高的应用价值。
The invention provides a field effect transistor device using a carbon nano tube as an electrode and a preparation method thereof.
本发明提供一种以碳纳米管为电极的场效应晶体管器件及其制备方法。
The photoelectric films as the important device of the photoelectric film for the bionic micro-nano navigation system, plays an important role in polarized light detection.
光电薄膜作为面向仿生微纳导航系统中的重要器件，在偏振光的检测方面起着重要作用。
The sounding device effectively improves the electric connectivity between the carbon nano tube structure and the electrodes so that the stability of the sounding device is more favorable.
该发声装置有效提升了碳纳米管结构与电极之间的电连接性，使得该发声装置的稳定性较好。
It can be used in sensor, photoelectric device and biology. The development of photoelectric device and biology will benefit from nano-technique.
它在传感器、光电子器件、生物检测等多个领域具有潜在的应用前景。
The screen printed carbon nano tube field emission display device fabrication process has been set up and a 2. 2 inch CNT-FED device has been obtained.
建立了一整套较为完善的碳纳米管场发射冷阴极印刷制备及场发射显示器件制备的工艺流程，并成功获得2.2英寸碳纳米管动态显示原理型样机。
The invention relates to a low-dimensional nano material microstructure and a device and a method for electrical performance testing.
本发明涉及低维纳米材料显微结构与电学性能的测试装置和方法。
A pipeline type nano-plasma purification device relates to an air purification device, in particular to the comprehensive air purification device for a ventilation pipeline.
管道式纳米等离子净化装置涉及一种空气净化装置，具体为一种用于通风管道的综合空气净化装置。
The liquid-junction solar cell is a device of converting solar energy into electric energy with the sensitized nano-particle semiconductor, which has low-cost and high-efficiency advantages.
液结太阳能电池利用敏化纳米半导体把太阳能转化为电能，具有价格低、效率高等优点，近年来已引起了越来越多研究者的广泛兴趣。
The continuous type photocatalysis oxidation treatment waste water device can effectively use nano-photocatalysts and light energy to treat waste water.
本实用新型能够高效利用纳米光催化剂和光能处理废水。
As a basic optical splitting and light-connecting device, nano-scale Y-branch waveguide is the basis of designing and developing nano-scale optical devices.
分支波导作为最基本的分光和光路连接元件是纳米光学器件设计与制备的基础。
Consequently, it is hard for designers to predict and clarify the tunneling current of SETs (MTs), making the realization of nano- device circuit extremely difficult.
因此对一个元件设计者而言非常不容易预测及厘 清单电子电晶体及分子电晶体的穿隧电流，从而 使得奈米元件电路难以成真。
Consequently, it is hard for designers to predict and clarify the tunneling current of SETs (MTs), making the realization of nano- device circuit extremely difficult.
因此对一个元件设计者而言非常不容易预测及厘 清单电子电晶体及分子电晶体的穿隧电流，从而 使得奈米元件电路难以成真。
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