◕ Electrical and Electronics

· Power electronic devices and system design

· Renewable energy and power grid integration technology

· Next generation semiconductor devices and processes

· Microelectronics and nanoelectronics

· Design and application of high voltage electrical equipment

· Diagnosis and monitoring technology of electrical equipment

· Embedded Control and Intelligent Electronic Systems

· Internet of things equipment and communication technology

· Photoelectric detection and display technology

· Wireless Sensor Networks and Low Power Communication

· Electrical Innovation in Avionics

· Industrial Automation and Process Control

· Digital Signal Processing and Applications

· Optimization and scheduling of power system

· RF Devices and Their Applications

· Electromagnetic compatibility and interference

· Network security in power system

· Information security and electronic protection technology

· Electrical equipment and high voltage technology

· Smart Grid Technology

· RF technology

· Electromagnetic compatibility technology

· Digital signal processing

◕ New Materials

· Magnetoresistive conductor and its storage applications

· Material innovation in smart power systems

· New semiconductor materials and devices

· Applications of graphene and two-dimensional materials in electronic devices

· Innovation and development of photovoltaic materials

· Nanoelectronics and Nanomaterials

· Application of Nanomaterials in Electromagnetic Interference Shielding

· Environmentally friendly electronic materials

· Material Innovation in Smart Sensors

· New Developments in Flexible Electronic Materials

· Research and development of high performance magnetic materials

· Application of degradable materials in electronic equipment

· High power electronic equipment material innovation

· Material Technology of MEMS Sensors

· Challenges of high-performance MEMS materials

· Advanced thermal interface materials for electronic devices

· Thermal Management of Electronic Materials

· Advanced Electrical Equipment and New Material Applications

· Material process and optimization

· Magnetic materials

· Composite materials

· Stretchable electronic materials

DeCarbon

DeCarbon is an open access, peer-reviewed scholarly journal focusing on low-carbon science, renewable energy, environmental protection, advanced materials and sustainable development. The journal publishes Full Research Articles, Communications, Timely Reviews, Highlights and Perspectives.

INDEXING: DOAJ, Scopus, EI Compendex, ESCI, Chinese Science and Technology Core Journals.

Submission Link: https://submit.elsevier.com/DECARB

Call for Papers Topics: (including but not limited to the following topics; other relevant topics are also welcome)

1. Low-Carbon Energy Systems and Electrical & Electronic Technology

   · Renewable Energy Systems: Efficient conversion and grid integration technologies for wind, solar, geothermal, and biomass energy.

   · Advanced Energy Storage and Hydrogen Energy: Long-duration energy storage systems, green hydrogen production, fuel cells, and energy density optimization.

   · Power Electronics and Equipment: New power systems for carbon neutrality, wide-bandgap semiconductor devices, and power control.

   · Smart Energy Management and Control: Energy Internet, microgrids, building energy consumption management systems, and AI-driven energy distribution.

2. Advanced Functional Materials and Green Manufacturing

   · Decarbonization-Oriented New Materials: High-efficiency carbon capture adsorbents (MOFs/COFs), low-carbon cement, and sustainable building materials.

   · Energy Conversion Materials: High-efficiency photovoltaic materials, thermoelectric materials, electrocatalysts, and recycled/recyclable materials.

   · Clean Production Processes: High-value utilization of industrial waste, zero-emission process design, and carbon reduction in manufacturing processes.

   · Ecological and Environmental Remediation: Biochar-based carbon sequestration technology, soil/ocean carbon sink enhancement materials, and synergistic pollution control.

3. Deep Decarbonization in Industry and Transportation

   · Transformation of Hard-to-Abate Industries: Low-carbon process flow restructuring and electrification in the steel, chemical, and cement industries.

   · Low-Carbon Transportation: Thermal management of electric vehicles, sustainable aviation fuels (SAF), ammonia-powered ships, and carbon reduction in logistics chains.

   · Urban and Building Decarbonization: Net-zero energy building design, urban mining development, and carbon reduction throughout the building life cycle.

4. Carbon Management, Economics and Sustainable Policies

   · Accounting and Assessment Tools: Carbon footprint accounting methodologies, life cycle assessment (LCA), and techno-economic analysis (TEA).

   · Carbon Markets and Climate Finance: Carbon pricing mechanisms, emission trading systems (ETS), and green financial product innovation.

   · Global Governance and Just Transition: Decarbonization pathway modeling, socio-economic impacts of energy transition, and climate policy evaluation.