Fan J. – Page 2 – TechConnect Briefs

Effects of CdTe QDs on protein structural changes

Ma X., Liang X., Liu L., Hu X., Fan J., Northwest University, CN

The nano-scale material, quantum dots (QDs), has been widely used in biological labels, imaging of fixed cells and tissues due to their excellent properties, such as small size, large surface area, good photostability, and negligible [...]

Preparation and near infrared emission research of YBO3:Ce3+,Yb3+ nanosheets

Wang Y., Hu X., Zhan S., Zhang D., Zhang D., Fan J., Northwest University, CN

Y0.97Ce0.01Yb0.02BO3 nanosheets(a) and micro-rose(b) have the same hexagonal structure, and the intensity of (110) and (100) diffraction peaks of the sample a is stronger than b. Annealing the sample b in different temperature, the higher [...]

Microwave-mediated Pyrolysis of Biomass

Gronnow M.J., Budarin V.L., Fan J., Shuttleworth P.S., MacQuarrie D.J., Clark J.H., Green Chemistry Centre of Excellence, UK

Biomass can be seen as the oil well of the future; a renewable, widely distributed resource that should be increasingly exploited for the production of heat and power, liquid fuels as well as chemicals and [...]

Microwave-mediated Pyrolysis of Biomass

Gronnow M.J., Budarin V.L., Fan J., Shuttleworth P.S., MacQuarrie D.J., Clark J.H., Green Chemistry Centre of Excellence, UK

Biomass can be seen as the oil well of the future; a renewable, widely distributed resource that should be increasingly exploited for the production of heat and power, liquid fuels as well as chemicals and [...]

Monte Carlo Modeling of Micro-Scale Gas Flows

Fan J., Shen C., Chinese Academy of Sciences, CN

In the past few years, an information preservation (IP) method [1-6] has emerged as a numerical technique to analyze subsonic, micro-scale gas flows. In this method, simulated molecules move through physical space and undergo collisions [...]

Monte Carlo Modeling of Micro-Scale Gas Flows

Fan J., Shen C., Chinese Academy of Sciences, CN

In the past few years, an information preservation (IP) method [1-6] has emerged as a numerical technique to analyze subsonic, micro-scale gas flows. In this method, simulated molecules move through physical space and undergo collisions [...]