Suzhou University of Science and Technology

All electrical sub-nanosecond field-free switching of perpendicular magnetization with high magnetic field immunity

Spin-orbit torque magnetic random-access memory is a promising next-generation non-volatile memory technology featuring low power consumption, rapid operation, and high endurance. Conventional spin-orbit torque-induced deterministic perpendicular magnetization switching, however,...

In situ synthesis of microbial Ca-alginate coated nZVI for Cr(VI) remediation in soil

Nano zero-valent iron (nZVI) is highly effective in removing a wide range of pollutants, including halogenated compounds, nitrates, phosphates, polycyclic aromatic hydrocarbons, and heavy metals, establishing it as a leading nanomaterial for soil and groundwater remediation. Its...

Valorization of Wastewater Phosphorus into Battery-Grade FePO4 via In-Situ Anodic Precipitation in an Electro-Driven Membrane System

Abstract The exponential growth of the new energy vehicle market has precipitated an urgent demand for sustainable lithium iron phosphate (LiFePO4) precursors. While recovering iron phosphate (FePO4) from phosphorus-rich wastewater presents a viable supply chain solution, convent...

Ultra-fast battery health estimation from random 100 mV charging fragments using conditional generative diffusion

State-of-health (SOH) estimation is essential for lithium-ion battery management. However, real-world disruptions often result in fragmented battery data, making reliable SOH estimation challenging. Generative artificial intelligence offers a promising paradigm to address these l...

Delayed diagnosis of intrauterine tuberculosis during mid-pregnancy leading to fetal loss and maternal disseminated tuberculosis: a case report and literature review

Atypical pregnancy symptoms lead to delayed diagnosis of tuberculosis (TB), resulting in serious harm to both the fetus and mother. We reported a patient with recurrent vaginal bleeding in mid-pregnancy accompanied by persistent low fever. Labor was induced after failed preservat...

Scaffolding strategic transition

Abstract This study investigates the cognitive mechanisms and pedagogical interventions involved in transitioning from rote memorisation to deep-processing strategies among Chinese postgraduate students entering a study-abroad context. While the superiority of deep processing is...

Constructing Intrinsic Inorganic Superhydrophobicity With Omnipotent Robustness Through Epitaxially‐Grown Fluoride‐Free Ceramics

ABSTRACT Materials with superhydrophobicity have been persistently sought after for their extensive improvements in energy, environment, and other significant fields over the last few decades. Nevertheless, surface modification remains the mainstream approach to achieve low surfa...

Dual Multiplexing of Wavelength and Orbital Angular Momentum for Expanded Information Capacity With a Single Freeform Micro‐Structured Element

ABSTRACT Optical multiplexing is an important method for expanding information capacity. Here, we propose and experimentally demonstrate dual multiplexing of wavelength and orbital angular momentum (OAM) for expanded information capacity with a single freeform micro‐structured el...

Application of Resident Disease Screening Paradigm on Early Warning of Instability of Anaerobic Digestion of Food Waste

Early warning has been widely proven to be reliable in lowering the risk of instability for biological processes. However, it is very difficult for the warning systems used currently to achieve satisfactory accuracy, timeliness and universality simultaneously. This study develope...

Resource Orchestration for Sustainable Innovation Capacity Development Among University Students: A Configurational Analysis

The rapid development of artificial intelligence has intensified the need for higher education institutions to cultivate students’ capacity to engage with complex and changing innovation problems. Existing research has largely examined the net effects of individual educational re...

Shape‐based sieving of hexane isomers in liquid‐phase by a scalable metal–organic framework

Abstract The separation of mono‐ and di‐branched alkane isomers is an industrially important yet highly challenging process requiring precise pore structures. Here, we report a scalable metal–organic framework, Ni 3 (H 1.5 BTC) 2 (BTC)(DABCO) 3 (denoted as Ni‐HDB), featuring an a...

Triboron Multiresonant Emitter With Zigzag B/N Alignment Enables Near‐Degenerate Singlet–Triplet States for High‐Performance Non‐Sensitized OLEDs With Mild Roll‐Off

ABSTRACT Boron/nitrogen‐embedded polycyclic frameworks are attractive emitters in organic light‐emitting diodes (OLEDs) because they combine narrowband emission with thermally activated delayed fluorescence. Linear extension of multiresonant frameworks with zigzag boron/nitrogen...

Research on Temperature Field Control in a Thermostatic Chamber with Static Baffle-Mediated Natural Convection

Temperature uniformity in thermostatic chambers is critical for material testing, biological incubation, and precision measurements, as even minor thermal gradients can compromise reliability. However, in chambers designed to avoid airflow disturbances, such as those used in semi...