Harbin Institute of Technology

Correlation-Aware Scenario Reduction for Wind-Power and Load Uncertainties via Density Denoising and Temporally Ordered Clustering

The increasing penetration of wind-power introduces pronounced uncertainty and variability into modern renewable energy systems, while electric load exhibits strong temporal continuity and seasonal evolution. Directly using full-year chronological wind–load data in planning or op...

Collaborative Optimization of Dynamic Characteristics and Armature Structural Safety in Electromagnetic Repulsion Mechanisms

As a driving mechanism, the electromagnetic repulsion mechanism has been widely used in mechanical switches, such as circuit breakers, current limiters, and bypass switches, owing to its high closing speed and large output force. The dynamic characteristics and structural safety...

Achieving Synergistic Kinetics and Stability in Li‐Rich Mn‐Based Oxides via AlPO 4 ‐Assisted Multi‐Scale Regulation

ABSTRACT Realizing the full potential of Li‐rich Mn‐based oxides (LRMOs) is contingent upon overcoming the intrinsic conflict between sluggish anionic redox kinetics and structural instability. Conventional modification approaches often fail to harmonize kinetic enhancement with...

Smart Urban Agriculture in Transition: A Systematic Review of ICT Integration, Applications, and Challenges

This paper systematically reviews the emerging field of smart urban agriculture, defined as the integration of information and communication technologies (ICTs) into food production practices within and around built-up urban areas. Although urban agriculture and digital agricultu...

Stabilized Strength Development and Enhanced Heavy Metal Solidification in Alkali-Activated MSWIFA via Biochar Incorporation

Abstract This study employed biochar (BC) as an additive in a ternary system comprising municipal solid waste incineration fly ash (MSWIFA), slag, and BC to evaluate its effects on mechanical strength, hydration, and heavy metal immobilization. The results indicate that water was...

Adaptive intrathecal nanorobotics in mice and nonhuman primates for navigated CNS therapy

Intrathecal delivery for central nervous system (CNS) therapy lacks spatiotemporal control due to spinal canal anatomical constraints, especially at human scale. We developed an adaptive magnetic nanorobotic platform enabling multimode swarm mobility for in vivo spinal canal navi...

Differential genomic architecture of a ligand-receptor pair in humans and commonly used model organisms

The neuropeptide signaling pathway is vital for the physiology and behavior of multicellular organisms. This pathway is mediated by ligand-receptor binding, wherein neuropeptides (NPs) are often released from neurons, while their receptors (NPRs) are ubiquitously expressed in bot...

Institutional hiring strategies and research performance: alumni versus non-alumni faculty in business schools

Faculty recruitment strategies, particularly the debate over hiring alumni versus non-alumni candidates, represent a longstanding concern in higher education management. This study investigates whether alumni or non-alumni faculty achieve superior research performance, drawing on...

Manipulatable Cascade Pumping Single-Photon Upconversion

Photon upconversion (UC), while promising for infrared photonics, is fundamentally constrained by limited spectral response range, low efficiency, and slow response speeds. Here, we present a machine learning-guided single-photon UC strategy based on cascade pumping that implemen...

AI collaboration and quality of work life: a dual perspective of hotel employees’ perceptions

Purpose The growing prevalence of artificial intelligence (AI) integration in hotel services underscores the urgency of promptly analyzing hotel employees’ appraisals on AI collaboration. Drawing from the cognitive appraisal theory (CAT), we developed a dual-path model linking em...