Recent Advances in Selective Two-Electron and Four-Electron Oxygen Reduction Reactions Based on Cobalt-Based Electrocatalysts by Professor Cao Rui’s Team at Shaanxi Normal University

Scientific Materials Station Article Information Selective Two-Electron and Four-Electron Oxygen Reduction Reactions Based on Cobalt-Based Electrocatalysts First Author: Liang Zuozhong Corresponding Authors: Liang Zuozhong, Cao Rui Affiliation: Shaanxi Normal University Scientific Materials Station Main Points of the Article The oxygen reduction reaction (ORR) can proceed via two pathways: four-electron (4e⁻) and two-electron (2e⁻). Among these, … Read more

Addressing Asynchronous File Writing Issues in SoC Firmware Upgrades

Click on the aboveblue text to follow us In industrial production, firmware flashing is a critical step to ensure the normal operation of products. However, in practical applications, due to the asynchronous nature of file writing in the Linux system, it may lead to incomplete firmware flashing, thereby affecting the normal startup and operation of … Read more

Review of the Role of Entropy in High-Entropy Oxides

First Author: Solveig S. Aamlid, University of British Columbia, Stewart Blusson Quantum Matter Institute. Corresponding Author: Alannah M. Hallas, from the University of British Columbia, Stewart Blusson Quantum Matter Institute, Department of Physics and Astronomy, University of British Columbia 1. Definition and Characteristics of High-Entropy Materials The definition of high-entropy materials is not yet unified, … Read more

Tencent’s Bold Bet on the SOC Market: Can It Carve a Path in a Saturated Landscape?

While everyone trembles in the shadows of “Honor of Kings” and “Genshin Impact,” Tencent suddenly unveils a “survival building” universal key. This Chinese gaming giant is attempting to pry open the wallets of global players with a combination of SOC (Survival + Open World + Crafting) strategies—Is this a breakthrough tactic or just a capital … Read more

Rebuilding After Breaking: A Comprehensive Interpretation of Defect Engineering in Ti-MOFs

Summary This review systematically examines the structural classification, defect construction methods, and functional applications of titanium-based metal-organic frameworks (Ti-MOFs). First, the authors elaborate on the importance of defect engineering in regulating the properties of solid materials and point out that Ti-MOFs are difficult to synthesize and introduce defects due to the strong oxygen affinity of … Read more

RFSoC: A Revolutionary Innovation in Radar Systems

Introduction “We are not building devices; we are writing the game theory of the electromagnetic space.” The evolution of radar technology is essentially a wireless cycle of “perception-deception-countermeasure.” In modern warfare, mastering a more advanced “electromagnetic eye” illuminates victory amidst the fog of battle. In July 2024, Russia’s Kh-35 missile precisely destroyed Ukraine’s Skala-M and … Read more

USASOC: United States Army Special Operations Command

The United States Army Special Operations Command (USASOC) is the largest component of the United States Special Operations Command (SOCOM) and is renowned for its elite operational capabilities and multidimensional missions. From Green Berets to Rangers, from air support to psychological warfare experts, USASOC brings together the finest special operations forces of the United States … Read more

Regulation of Soil Organic Carbon Physical Fraction Sequestration by Phosphorus Fertilizer Input Level through Microbial Community Influence

Phosphorus fertilizer input level regulates soil organic carbon physical fraction sequestration by influencing the microbial community Abstract Background: Microbial-driven soil organic carbon (SOC) transformation has gained global attention due to its potential to improve soil fertility, enhance crop yields, and achieve carbon neutrality. Fertilization practices are a major factor regulating this process. To date, most … Read more

Latest Benchmark Scores of Snapdragon 898 Revealed: Is the Android Compact Flagship on the Horizon?

Source | Xiaobai Since the release of the Snapdragon 888 Plus, news about the next-generation Snapdragon 898 (tentative name, final name uncertain) has been continuous. It is expected that the Samsung Galaxy S22 series will be one of the first flagship devices to feature it. Recently, a suspected new Samsung S22 device has appeared in … Read more

MediaTek G80 Released: A More Affordable Gaming Smartphone U to Debut with Redmi?

MediaTek has been quite productive recently. In addition to the earlier launch of the new 5G chip brand “Dimensity”, which includes Dimensity 1000, Dimensity 1000L, Dimensity 800, and the G90 series processors for gaming smartphones introduced last summer, MediaTek has also released the G70 series and G80. The MediaTek G70 series was released on January … Read more