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Daimler, Tsinghua University deepen joint research cooperation on sustainable transportation; automated driving and intelligent mobility

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Daimler and Chinese partner Tsinghua University signed an agreement further to deepen their research cooperation in the fields of automated driving and intelligent mobility. China today plays a leading role not only in terms of its automotive industry, but as an overall engine for innovation. —Prof.

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Study finds COVID-19 lockdown in China brought only slight reduction in PM2.5 and ozone

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Large improvements of air quality in China during the lockdown have been widely reported, but new research shows that two pollutants harmful to human health—fine particulate matter (PM 2.5 ) and ozone—were only slightly reduced. µm—had a modest reduction of 11% across China, and was not reduced in north-east China.

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Daimler and Tsinghua University extend and expand research cooperation in China

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Daimler Greater China and Beijing’s Tsinghua University have signed a contract to continue and further to expand their research cooperation begun in 2012 for another 3 years. The expanded research collaboration with Tsinghua University again shows Daimler’s clear commitment to R&D activities in China.

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BMW opens new Shanghai R&D center; focus on human-machine interaction and hardware-software integration

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The BMW Group further expanded its R&D footprint in China with the opening of a new R&D Center in Shanghai. China is already home to BMW Group’s largest R&D system outside of Germany, with locations in Beijing, Shanghai, Shenyang and Nanjing. Our new R&D Center and BMW China R&D upgrade will enable us to achieve a real competence push.

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Bath University and SAIC Motor team up to investigate gasoline particulate filter performance

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The University of Bath and SAIC Motor UK Technical Centre are collaborating on a project to identify the most efficient conditions for the optimum performance of gasoline particulate filters (GPFs), to help minimize vehicle impact on the environment.

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Researchers use carbon-based anodes with “bumpy” surfaces for Li-ion batteries that last longer in extreme cold

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Theoretical calculations demonstrate that the curved surfaces bind lithium with a stronger affinity than the planar surface with zero curvature, particularly the structure with a positive curvature, making it possible to accomplish the high capacity of the carbon anode in an extremely cold environment. —Lu et al. 2c00411.

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Researchers detect broad range of emerging synthetic antioxidants in dust in e-waste recyling centers

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However, the health effects of these compounds, and how readily they migrate into the environment, are largely unknown. Lixi Zeng and colleagues at Jinan University in China wanted to investigate the occurrence of emerging HPAs and SAs in dust from e-waste recycling centers. 1c00866.

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