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Progress in spatial localization of single cells in microenvironment at our college Research Advances in Deep Learning-Based EEG Decoding Our school has made important progress in the directional manipulation of microdroplets The Important Achievements in the Research of Laser-induced Breakdown Spectroscopy -
College News More+Progress in spatial localization of single cells in microenvironment at our college In the field of single-cell analysis, electrical impedance measurement has been widely applied in single-cell characterization as a non-destructive and low-cost method. However, uncertainty in the spatial location of cells in microfluidic channels can cause impedance measurement errors. In order to eliminate the effect of spatial position, it is necessary to accurately locate the spatial position of single cells. Associate Professor Huang Liangs group at the School of Instrumentation Science and
- Research Advances in Deep Learning-Based EEG Decoding 2023-11-16
- Our school has made important progress in the directional manipulation of microdroplets 2023-11-16
- The Important Achievements in the Research of Laser-induced Breakdown Spectroscopy 2023-11-16
- Professor Xia Haojie's team research results were selected as the cover paper of 《Optical and Precision Engineering》 2023-11-16
Scientific research achievements
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The Important Achievements in the Research of Laser-induced Breakdown Spectroscopy
16/11 2023Laser-induced Breakdown Spectroscopy (LIBS) is an emerging technology for detecting elemental composition, which has the advantages of rapid real-time analysis, no sample pretreatment, convenient operation, and simultaneous detection of all elements. It has been applied in fields such as metallurgy, energy, environmental monitoring, advanced manufacturing, biomedicine, space exploration, and others. LIBS systems have been integrated in Zhurong Mars rover（MarSCoDe）of China and Perseverance (Super
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Dr. Feng Zhiwei, a Ph.D. student, was awarded the 2023 International Academic "Best Researcher Award".
16/11 2023Recently, Zhiwei Feng, a doctoral student of our institute, has made significant progress in the research of miniaturized grating spectrometer. After being nominated and evaluated by experts, he was awarded the Best Researcher Award by the international academic organization ScienceFather. The instructors are Prof. Rongsheng Lu and associate Prof. Guo Xia. It is known that the award is given to young scholars who have contributed and achieved success in innovative research.The related research p
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Important advances in terahertz Fabry-Perot interference
27/12 2022In the electromagnetic spectrum, the frequency range of terahertz waves is 0.1 THz-10 THz, and the corresponding wavelength range is 30 μm-3000 μm. Terahertz wave is between microwave and infrared wave, and it is in the cross field of electronics and photonics. Its special band position determines that terahertz wave has many unique properties, such as low photon energy, strong penetration, wide instantaneous bandwidth and so on. This makes terahertz technology have a wide application prospect i