The application of this technology is far more than these. “The surface acoustic wave detection

The application of this technology is far more than these. “The surface acoustic wave detection technology can be divided into three types: gaseous applications, liquid applications and solid applications.” Xu Ting said that the technology can provide fast, high spirit of humidity detection and gas specific detection, in addition to the deaf “talk” system, but also can be applied to non-contact, silent human-computer interaction system, non-contact, silent security systems, intensive care system (respiratory monitoring), gas and explosive gas monitoring the gas monitoring system, with real-time, painless disease diagnosis and industry.

In liquid applications, fast, highly sensitive molecular detection and single cell detection the technology provides, can be used in protein engineering, pharmaceutical engineering, cancer prevention, blood test, vaccine development, anticancer drug screening and mechanism research fields such as anticancer drugs.
Xu Ting, for example, using this technology, can detect cancer cells “, which will provide every act and every move” pathological information accurately and quickly for the doctor, the doctor dosage for patients so as to improve the accuracy, achieve more effective treatment.

In the application of solid, graphite surface wave detection technology can provide ultra fast two-dimensional material thickness measurement and two-dimensional material quality identification, can be applied to the measurement and identification of graphene and other two-dimensional material measurement and identification and single molecular layer of membrane materials, measurement and identification etc..
Graphene is expected to fill the blank
The conference, an unnamed industry gave a high evaluation to the graphene surface wave detection technology: “this is a very high-end technology in the field of graphene, or will bring disruptive change detection technology.”
Graphene is composed of a carbon atom with SP2 hybrid orbitals hexagonal honeycomb lattice, only one atom thick two-dimensional material, is also the world’s most thin and hard material, known as the “king of new materials”. Graphene came out in 2004, the discovery of graphene in the United Kingdom, Manchester scientists Andre Haim and Novo Seaan Love Konstantin with this discovery won the 2010 Nobel prize in physics.
All along, the market prospects of graphene related technologies are widely optimistic, but they are still trapped in the no killer application”. Yan believes that the graphene surface wave detection technology is expected to fill this gap.

According to reports, the Beijing carbon Century Technology Co., Ltd is a high-tech enterprise in nano science and Technology Industrial Park Beijing Yanqi Economic Development Zone (the present site of Zhongguancun Fengtai Park), is a professional engaged in graphene and other new materials research, development, production, operating as one of the high-tech enterprises, with industrial production of graphene. And the modified activated carbon, plastic and rubber in graphene, catalyst carrier and other fields has made substantive progress. At present, has built the world’s first century carbon graphene (single carbon atoms) ton production line, has successfully developed the Shi Moxi photoinduced promotion of technology, engine oil saving improver, graphene supercapacitors graphene modified activated carbon, graphene, graphene modified plastic air purification products and technology etc..