Search Results - "Cai, Changli"

Clean and efficient recovery of gallium–indium alloy from gallium-based liquid metal waste using a two-stage vacuum distillation method by Li, Zicheng, Chen, Zhengjie, Ma, Wenhui, Cai, Changli, Li, Shaoyuan

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Efficient separation and recovery of valuable gallium and indium from gallium-based liquid metal waste by Li, Zicheng, Chen, Zhengjie, Ma, Wenhui, Cai, Changli, Li, Shaoyuan, Wang, Yuhan

“…Considering gallium-based liquid metal (G-LM) waste as a kind of hazardous waste, it may pose a serious threat to the surrounding environment and human health…”
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Preparation of Liquid Metal-based SiC/Graphene Binary Hybrid Nanofluid and Its Basic Properties as Hydraulic Transmission Medium by Jiang, Jiajun, Meng, Xian, Mu, Kunyang, Zhu, Qichen, Geng, Chengdu, Cai, Changli, Wu, Zhangyong

“…Liquid metal (LM) with good room-temperature fluidity and high-temperature stability is an ideal base fluid for extreme high-temperature hydraulic transmission…”
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High-performance liquid metal-based SiC/Graphene-Mo hybrid nanofluid for hydraulic transmission by Jiang, Jiajun, Wu, Zhangyong, Pan, Shuaihang, Meng, Xian, Liu, Dazhong, Mu, Kunyang, Zhu, Qichen, Zhu, Jiajun, Cai, Changli

“…A novel liquid metal-based SiC/Graphene-Mo hybrid nanofluid (LMNF) has been fabricated. The nanoparticles are uniformly dispersed, and LMNF…”
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Bulk Expansion Effect of Gallium-Based Thermal Interface Material by Ding, Yujie, Deng, Zhongshan, Cai, Changli, Yang, Zejun, Yang, Yingbao, Lu, Jinrong, Gao, Yunxia, Liu, Jing

“…The bulk expansion effect of gallium-based thermal interface materials (GBTIMs) was experimentally disclosed and clarified for the first time. GBTIMs were…”
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Liquid Metal as a Potential High-Temperature Hydraulic Transmission Medium for Extreme Conditions by Jiang, Jiajun, Wu, Zhangyong, Zhu, Jiajun, Cai, Changli, Wu, Changhao

“…The current hydraulic transmission medium, including water-based, oil-based, and other non-aqueous synthetic fluids, suffer from poor high-temperature…”
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A Transformer Architecture with Adaptive Attention for Fine-Grained Visual Classification by Cai, Changli, Zhang, Tiankui, Weng, Zhewei, Feng, Chunyan, Wang, Yapeng

“…The fine-grained visual classification (FGVC) problem is to classify different subclasses in same superclass. Due to the similarity between subclasses, the…”
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