Zhe Liu

Jan 13, 2025 | sciencedirect.com | Rui Yang |Zhe Liu |Niklas Dahlen |Maximilian Schreiter

In response to the contemporary global climate governance challenges related to global warming, there has been a notable shift towards actively addressing the “low-carbon” initiative as a paramount focus. China, as the world's largest developing country, has proactively undertaken actions to combat climate change and enhance environmental quality. One of the innovative strategies is to mandate the disclosure of environmental information by significant carbon emitters (Cheng and Mao, 2024).

Jan 12, 2025 | mdpi.com | Zhe Liu |Fengxu Xiao |Yupeng Zhang |Jiawei Lu

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Jan 10, 2025 | sciencedirect.com | Rui Yang |Zhe Liu

Transitioning to a carbon-neutral economy requires substantial transformations in the residential sector. It is essential for households to invest in energy-efficient appliances, adopt electric heating systems and equip their homes with PV systems. Yet, the associated expenses are considerable both on an individual and a sectoral level.

Jan 9, 2025 | mdpi.com | Zhe Liu |Yufan Lin |Qi He |Lingjie Dai

2. Results 2.1. Dataset AnalysisThree independent datasets were constructed, each dedicated to a single atomic type: N, O, or C (N-Hydrolysis, O-Hydrolysis, and C-Hydrolysis). These datasets collected the hydrolysis reaction data specific to their respective atom types. Due to the limited data for sulfur atoms and halogens, they were included in the global dataset (Global-Hydrolysis) covering all atomic types. The statistics for the metabolic sites are shown in Table 1.

Jan 8, 2025 | opg.optica.org | Xiaoyu Shi |Zhe Liu |Jinjiang Zhao |Ning Gao

Random lasers (RLs) with a simple structure and low-cost properties have been recognized as an ideal analytical platform and are still challenging for liquid detecting, remaining beset for low sensitivity, complicated operation, and large analyte consumption. Here, inspired by a microfluidic sensor, a microtubule structured random laser for multifunctional sensing is demonstrated. The random laser is achieved resorting to a curly PMMA film with gain and scatterers embedded in it.