Top ten new technologies and scientific and techno

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The top ten new technologies and scientific and technological achievements of sensors in 2017

in recent years, new technologies and new concepts have emerged in an endless stream, and the tide of changes in the times is surging. As an important part of IOT, sensors have been raised to a new height. The research and development boom has not decreased, and the market position is increasingly prominent. The growth of lightweight materials has accelerated significantly. Sensors with various functions are indispensable in many fields, such as industrial production, marine exploration, measurement when errors and repeatability of indications are found abnormal in the verification process, environmental protection, medical diagnosis, bioengineering and so on

at present, intelligent electronic products are emerging, and the demand for sensor products is increasing, which brings huge development space for enterprises in the industry. Science and technology have no national boundaries. Looking at the sensor market at home and abroad, relevant technologies are changing with each passing day, and the industrialization of products is growing. Since 2017, we have sorted out and reviewed the latest technologies and forward-looking scientific and technological achievements emerging in the sensor field

the latest technology of integrated sensors, the domestic minimum formaldehyde concentration detector is about to come out.

the second-generation product of formaldehyde concentration detector of Suzhou Institute of medical engineering, Chinese Academy of Sciences, "health shield", will be launched in batches. The Department won the gold award of "invention and entrepreneurship Award project award". At present, this product is the smallest and lightest formaldehyde concentration detector in China, representing the latest research level of sensor and module integration. Formaldehyde sensing chip and system is one of the projects developed by the "innovation center" of Suzhou Institute of medical engineering, Chinese Academy of Sciences

the world's first sensor that can simultaneously measure pH and chloride ions in fluids was born

imec and Holst Center (Leuven, Belgium and Eindhoven, the Netherlands) researchers believe that they have the world's first micro sensor that can simultaneously measure pH and chloride ion (cl-) levels in fluids. This innovation is necessary for accurate long-term measurement of ion concentration in applications such as environmental monitoring, precision agriculture and personalized medical diagnosis. With the possibility of system on a single chip (SOC) integration, it can achieve a large and minimum force value of 0.91kn and cost-effective deployment in IOT settings

ti launched the industry's highest precision single-chip millimeter wave sensor product portfolio

Texas Instruments (TI) is introducing unprecedented high precision and intelligence into a wide range of applications, including automotive, factory and building automation, as well as the medical market. The company introduced a smaller, lighter and lower power consumption millimeter wave sensor, which can provide higher accuracy for autonomous vehicle and industrial measurement applications

the detection speed of the new GSS carbon dioxide sensor is increased by 6 times

the carbon dioxide sensor can be widely installed in home networks, ventilation systems, controllers, wall mounted applications, robots, cars, etc., and can also be applied to many other devices to control air quality. GSS, a professional manufacturer of detectors, recently released a new carbon dioxide (CO2) sensor: sprintir6s, which once again pushed the performance of CO2 detectors to a new level

Sichuan Mianyang enterprises research and develop high-precision temperature sensors to break the international monopoly

China's sensor field is developing rapidly, but it still lags behind foreign countries in specific fields. Now Sichuan Mianyang High-tech enterprises break the foreign monopoly and develop new temperature sensors, which adds good achievements to China's sensor field. On May 9, the Industrial Technology Research Institute of China (Mianyang) science and technology city held a press conference on the adsorption and adhesion of protein/cells on the surface/interface of finished products, and a high-precision temperature sensor product developed by a science and technology enterprise in Mianyang, Sichuan Province was officially unveiled. It is understood that in addition to the improvement of equipment and technology, the key of this product is to master the core technology of the sensor and have completely independent intellectual property rights, breaking the long-term monopoly of key technologies abroad

new nanocomposite sensors can form sensor networks

it is reported that the research team of the Hong Kong Polytechnic University has recently developed a new nanocomposite sensor, which can be directly sprayed on flat or curved engineering structures, such as train tracks and aircraft structures. The sprayed sensor can further form a sensor network to provide real-time and rich structural health information for the monitored structure. It is made of innovative spraying technology, which makes the sensor installation process faster and more efficient than the traditional method. This new technology also makes the sensor suitable for a variety of engineering structure surfaces, improving its flexibility

the Institute of physics of the Chinese Academy of Sciences has successfully developed a new type of flexible high-performance strain sensor

with the rapid development of science and technology, sensors have been widely used in biomedical testing, intelligent robots, flexible displays, wearable devices and other fields. These fields often require sensors to be flexible and stretchable, which can meet the needs of attaching to various irregular surfaces. The emergence of new flexible high-performance strain sensors in the Institute of physics of the Chinese Academy of Sciences is also a great progress for China's sensor industry

Swiss scientists have developed an exhalation sensor to detect the effect of weight loss

exhalation alcohol detector is a common tool for testing drunk driving. Recently, Swiss researchers have developed a new sensor that can be used in similar breath detectors to monitor whether the body is burning fat during exercise in real time. This technology is expected to become a good helper for people to lose weight in the future. Relevant research has been published in the new issue of analytical chemistry in the United States. In the near future, the "exhalation weight loss detector" equipped with a new sensor may be able to tell people in real time how much exercise they need to lose weight

technology breakthroughs frequently Japanese scientific research team has developed a new holographic microscope

Kumamoto University in Japan recently announced that the joint team formed by the University and a number of Japanese universities and research institutions has developed a new holographic microscope using "white" neutron beams containing neutron rays of various wavelengths, which can be used to analyze semiconductors The micro light elements added in high-performance materials such as sensors are used for precise structural analysis. The breakthrough of this achievement is that it can analyze trace light element impurities, and it is of great significance to crack the mechanism of functional materials

the launch of major new sensors in the world helps to achieve a higher level of health care

Ames semiconductor, the world's leading supplier of high-performance sensor solutions, recently launched the three stimulus sensor as7264n, which provides color measurement that can accurately match the response of the human eye to the visual spectrum. This new sensor can also accurately measure blue light with great biological significance. Its wide application can achieve a higher level of health and health care for lighting and intelligent buildings, and well support Chinese domestic partners

"IOT world, sensor first" is a general consensus in today's IOT industry. Technology as the fundamental force of industrial change. Sensor technology is emerging in endlessly, which provides a solid technical support for the development of intelligent manufacturing industry. For sensor manufacturers, the increasing application demand has brought unprecedented opportunities for enterprises to seek development. Under the favorable opportunities of the times, whether domestic sensors or imported sensors, the secret of winning the market is inseparable from the precise control and in-depth excavation of market demand. Who can stand out in this fierce game is worth looking forward to

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