Cobalt-Based Ferrite Modified Carbon Nanotubes Fibers for Flexible and Disposable Microelectrode Toward Electrochemical Glucose Sensing.

Glucose detection is critical in clinical health and the food industry, particularly in the diagnosis of blood sugar levels. Carbon-based fiber materials have recently featured prominently as non-enzymatic electrochemical glucose detectors. Herein, cobalt-based ferrite (CoFeO) in the form of nanoparticles has been successfully fabricated over the carbon nanotubes (CNTs) fiber via a simple hydrothermal process.

Thermal Properties of Eco-Friendly Earthen Materials Stabilized with Bio-Based Polymers: Experimental Data and Modeling Procedure for Improving Mix-Design.

The fight against climate change has delineated new objectives, among which one of the most crucial is the replacement of high-energy-intensity materials in the construction sector with more sustainable and thermally efficient alternatives to reduce indirect emissions. Consequently, the thermal properties of materials assume fundamental importance. In this regard, the large-scale use of earth represents a promising option, not only due to its widespread availability but especially for its minimal embodied energy.

A comparative analysis of blended learning and traditional instruction: Effects on academic motivation and learning outcomes.

The correlational research study aims to examine how blended learning affects academic motivation and achievement. The objectives of the study are to assess students' opinions on the current level of blended learning, teachers' practice of blended instruction, the benefits of blended learning, its impact on academic motivation and learning outcomes, and factors influencing blended learning to determine how instructors' methods influence students' academic motivation and learning results. The study includes all Bachelor of Science students from various public and private institutions in the Faisalabad Division.