Hang Lu

China University of Mining and Technology

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Klavs F. Jensen

Massachusetts Institute of Technology

Fei Xiu

Nanjing Tech University

Wei Huang

Nanjing Tech University

Juqing Liu

Nanjing Tech University

Adriana San‐Miguel

North Carolina State University

Yuanrong He

Aerospace Information Research Institute

Xiangjing Wang

Northeast Agricultural University

Zhengdong Liu

Northeastern University

Yamei Ding

Southeast University

Qing Chang

Xiamen University of Technology

Cooperative Institutions

Chinese Academy of Sciences

Nanjing Tech University

Massachusetts Institute of Technology

Wenzhou University

China University of Mining and Technology

The Synergetic Innovation Center for Advanced Materials

Institute of New Materials

Georgia Institute of Technology

Southeast University

Harvard University

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Photochemical Reactions and Online Product Detection in Microfabricated Reactors

Springer eBooks (2001)

Hang Lu Martin A. Schmidt Klavs F. Jensen

Microreactor

Reaction rate

10.1007/978-3-642-56763-6_19

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Citations (3)

Comprehensive comparison of the applicability of internally ribbed and microfin tubes for TORC systems

International Journal of Heat and Mass Transfer (2022)

Dabiao Wang Hang Lu Lanlan Li Shilin Fu Xiaoye Dai

Heat transfer enhancement

Organic Rankine Cycle

Working fluid

Degree Rankine

Enhanced heat transfer

10.1016/j.ijheatmasstransfer.2021.122470

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Citations (4)

Viscoelastic burrowing locomotion in nematodes reveal transition to complex postural dynamics

Bulletin of the American Physical Society (2021)

Christopher J Pierce Gongchen Sun Hang Lu Daniel I. Goldman

Dynamics

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Cellular and Subcellular Analysis on Chip

Springer eBooks (2007)

Hang Lu Klavs F. Jensen

Organelle

10.1007/978-1-4020-2975-2_11

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Citations (3)

Design and Implementation of Virtual Simulation Experiment System for Acquisition and Production of UAV Real-scene 3D Data

2022 IEEE 5th International Conference on Automation, Electronics and Electrical Engineering (AUTEEE) (2021)

Yuanrong He Hang Lu Yongfei Song Li Liu

With the development of surveying and mapping information technology, more and more attention has been paid to the application of UAV real-world 3D data in universities, but the traditional offline teaching method can not meet the needs of many students and achieve good teaching effect. Therefore, this paper based on WebGL technology, using B/S architecture, in the background of mine survey task, the full-chain integration of software and hardware operating functions in the production process such as basic operation, data acquisition and processing of UAV real-world 3D technology is carried out, the virtual simulation experiment system of UAV REAL SCENE 3D data acquisition and production is constructed. The system simulated the functions of basic theoretical knowledge cognition, preoperation preparation, field data collection and data processing in the process of 3D data of UAV production, so as to innovate the teaching method of traditional practical course of surveying and mapping, using virtual simulation technology to cultivate new-type surveying and mapping talents, to better promote the fine and intelligent management of natural resources, and to facilitate the construction of real-world 3D in China.

10.1109/auteee52864.2021.9668831

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Citations (7)

One-step and green synthesis of nitrogen-doped carbon quantum dots for multifunctional electronics

RSC Advances (2017)

Zhan Wang Lijun Cao Yamei Ding Rui Shi Xiangjing Wang

A facile one-step and green synthesis of nitrogen-doped CQDs has been developed, the N-doped CQD-based device exhibits multifunctional memory and current limiting behavior.

Limiting

Carbon fibers

Carbon Quantum Dots

Self limiting

One-Step

10.1039/c7ra03840b

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Citations (36)

Based on Unmanned Aerial Vehicle Real-scene 3D Design and Implementation of Virtual Simulation Experiment System for Mine Smart Supervision in Large-scale Applications

2021 2nd International Conference on Information Science and Education (ICISE-IE) (2021)

Yuanrong He Qihao Liang Hang Lu Chunfang Chai

Mine development is an economic activity in 3D space. UAV real-scene of 3D has become a new technical means for smart supervision of mine development. In order to better cultivate talents who understand not only the real-scene 3D data production of UAV, but also the knowledge, processes and economic calculation methods related to mine supervision with UAV data production, this paper designs and develops a virtual simulation experiment system that covers the entire process of mine surveying operations such as smart supervision applications and large-scale application project planning in the context of real-scene mines of 3D. The experimental system overcomes the traditional teaching method due to time, space and equipment limitations, which is difficult to meet the education needs of many students. It's also provides practical training and experimental supporting programs for the urgent needs of new Geomatics Engineering technology application and modern management of natural resources for the construction tasks in the "Realistic 3D China Construction Technology Outline".

Geomatics

10.1109/icise-ie53922.2021.00314

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Citations (1)

Additional contributions from: Nobel Symposium 162 - Microfluidics

arXiv (Cornell University) (2018)

Stefan Löfås Amy E. Herr Jianhua Qin Tuomas P. J. Knowles Takehiko Kitamori

Series of short contributions that are part of Nobel Symposium 162 - Microfluidics arXiv:1712.08369.

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A Microfabricated Device for Subcellular Organelle Sorting

Analytical Chemistry (2004)

Hang Lu Suzanne Gaudet Martin A. Schmidt Klavs F. Jensen

We report a microfabricated field flow fractionation device for continuous separation of subcellular organelles by isoelectric focusing. The microdevice provides fast separation in very small samples while avoiding large voltages and heating effects typically associated with conventional electrophoresis-based devices. The basis of the separation is the presence of membrane proteins that give rise to the effective isoelectric points of the organelles. Simulations of isoelectric focusing of mitochondria in microchannels are used to assess design parameters, such as dimensions and time scales. In addition, a model of Joule heating effects in the microdevice during operation indicates that there is no significant heating, even without active cooling. The device is fabricated using a combination of photolithography, thin-film metal deposition/patterning, and electroplating techniques. We demonstrate that in the microfluidic devices, mitochondria from cultured cells migrate under the influence of an electric field into a focused band in less than 6 min, consistent with model predictions. We also illustrate separation of mitochondria from whole cells and nuclei as well as the separation of two mitochondrial subpopulations. When automated and operated in parallel, these microdevices should facilitate high-throughput analysis in studies requiring separation of organelles.

Organelle

Field-Flow Fractionation

Microchannel

10.1021/ac049794g

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Citations (131)

Figure 9, Valves types for microfluidic devices.

Adriana San‐Miguel Hang Lu

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