AIMS and SCOPES:

Applied Chemistry and Materials Science covers a broad range of topics in chemistry and materials science. The journal aims to publish research that advances the knowledge and understanding of these fields, including:

• Analytical Chemistry
• Inorganic Chemistry
• Organic Chemistry
• Physical Chemistry
• Materials Chemistry
• Polymer Science
• Surface Science
• Nanomaterials
• Biomaterials
• Energy Materials
• Environmental Chemistry
• Catalysis
• Electrochemistry
• Computational Chemistry
• Chemical Education
• Chemical Engineering
• Green Chemistry
• Chemical Biology
• Medicinal Chemistry
• Applied Physics
• Materials Science and Engineering

We welcome original research articles, reviews, and letters that address fundamental and applied aspects of chemistry and materials science, including but not limited to the following topics:

• Synthesis and characterization of new materials
• Applications of materials in energy, environment, and medicine
• Development of new catalysts and reactions
• Design of new polymers and their applications
• Advances in analytical and spectroscopic techniques
• Molecular modeling and simulation
• Nanotechnology and nanomaterials
• Surfaces and interfaces in materials science
• Development of sustainable and green chemical processes
• Biomedical materials and their applications
• Materials for electronic and optical applications
• Synthesis and characterization of nanoparticles
• Inorganic and organic materials chemistry
• Physical and theoretical chemistry
• Chemical education and outreach
• Computational materials science

We adhere to the ethical guidelines and standards set by the Committee on Publication Ethics (COPE) and the International Committee of Medical Journal Editors (ICMJE). Our editorial team is committed to ensuring the quality and integrity of the content published in Applied Chemistry and Materials Science. We also adhere to open access policies, ensuring that all articles published in our journal are freely available to readers worldwide without any subscription or access fees.

 

In summary, Applied Chemistry and Materials Science is a multidisciplinary open-access journal that publishes original research articles, reviews, and letters in the field of chemistry and materials science. Our mission is to promote interdisciplinary research and collaboration, while our vision is to become a leading source of scientific information and a forum for exchanging ideas, sharing knowledge, and promoting innovation. Our AIMS and SCOPES cover a broad range of topics in chemistry and materials science, and we adhere to ethical guidelines and open access policies to ensure the quality and integrity of the content published in our journal.

In addition to promoting interdisciplinary research and collaboration, Applied Chemistry and Materials Science is committed to providing a high-quality peer-review process that ensures the validity and reliability of the research articles we publish. Our editorial team comprises highly qualified researchers and scientists with expertise in various fields of chemistry and materials science, ensuring that all submissions are evaluated by experts in the respective areas of research.

We aim to provide a fast and efficient review process, and our average time to first decision is 30 days. Our peer-review process is double-blind, meaning that both the reviewers and the authors are anonymous to each other, ensuring impartiality and fairness in the review process. We also provide constructive feedback to authors, helping them to improve the quality and impact of their research.

As an open-access journal, we believe that scientific knowledge should be freely available to everyone, regardless of their location or financial status. We adhere to the Budapest Open Access Initiative (BOAI) and provide immediate open access to all articles published in our journal. This allows for greater visibility and impact of the research articles we publish, promoting greater collaboration and exchange of ideas among researchers and scientists worldwide.

We also support the sharing and reuse of data, encouraging authors to make their data openly available, where possible. We adhere to the FAIR principles (Findable, Accessible, Interoperable, and Reusable) to promote the reuse and sharing of research data, ensuring that the data underlying the research articles we publish are findable, accessible, and reusable.

In summary, Applied Chemistry and Materials Science is committed to providing a high-quality peer-review process, promoting open access to scientific knowledge, and supporting the sharing and reuse of research data. We believe that by promoting interdisciplinary research and collaboration, and by adhering to ethical guidelines and open access policies, we can advance the knowledge and understanding of chemistry and materials science, and contribute to the betterment of society.

Keywords: Applied Chemistry, Materials Science, Peer-Review, Open Access, Interdisciplinary Research, Collaboration, Scientific Knowledge, Validity, Reliability, Expertise, Double-Blind, Impartiality, Constructive Feedback, Budapest Open Access Initiative, Immediate Open Access, Visibility, Impact, Reuse, Sharing, Data, FAIR Principles, Findable, Accessible, Interoperable, Reusable, Society.

Keywords/ Subtopics:

1. Analytical chemistry
2. Organic chemistry
3. Inorganic chemistry
4. Physical chemistry
5. Polymer chemistry
6. Materials synthesis
7. Nanomaterials
8. Surface chemistry
9. Catalysis
10. Environmental chemistry
11. Green chemistry
12. Biopolymers
13. Biomaterials
14. Composites
15. Energy materials
16. Photovoltaics
17. Batteries
18. Corrosion
19. Coatings
20. Adhesives
21. Surface modification
22. Smart materials
23. Self-healing materials
24. Materials characterization
25. Rheology
26. Computational chemistry
27. Molecular dynamics
28. Molecular modeling
29. Quantum chemistry
30. Density functional theory
31. Spectroscopy
32. X-ray diffraction
33. Mass spectrometry
34. NMR spectroscopy

• Electrochemistry

36. Chemical kinetics

• Reaction mechanisms
• Photochemistry
• Supramolecular chemistry

40. Bioinorganic chemistry
41. Bioorganic chemistry
42. Medicinal chemistry
43. Drug discovery
44. Natural products
45. Chemical biology
46. Polymer physics
47. Soft matter
48. Crystal engineering
49. Metal-organic frameworks
50. Zeolites
51. Porous materials
52. Mesoporous materials

• Thin films

54. Semiconductors
55. Conducting polymers

• Graphene

57. Carbon nanotubes
58. Quantum dots
59. Colloids
60. Emulsions
61. Surfactants
62. Detergents
63. Flavors and fragrances
64. Food chemistry

• Pharmaceutical chemistry

66. Analytical techniques

• Chromatography
• Mass spectrometry
• Spectroscopy

70. Electroanalytical techniques
71. Biosensors
72. Environmental monitoring

• Water treatment

74. Waste management
75. Air pollution

• Climate change

77. Sustainable chemistry
78. Circular economy
79. Life cycle assessment
80. Green solvents
81. Renewable energy
82. Hydrogen fuel cells

• Energy storage

84. Carbon capture and utilization
85. Sustainable materials

• Biodegradable materials

87. Recycling
88. Upcycling
89. Life sciences
90. Biotechnology
91. Biomedical engineering
92. Tissue engineering

• Biomimetics

94. Regenerative medicine
95. Biosynthesis

• Biocatalysis

97. Enzymology
98. Immunology
99. Proteomics
100. Genomics
101. Bioinformatics
102. Microbiology
103. Plant science
104. Genetics
105. Pharmacology
106. Toxicology
107. Immunotoxicology
108. Nanotoxicology
109. Environmental toxicology
110. Occupational health
111. Food safety
112. Chemical safety
113. Risk assessment
114. Hazardous materials management
115. Safety regulations
116. Occupational exposure limits
117. Workplace safety
118. Emergency response
119. Hazardous waste disposal
120. Safety training
121. Health and safety culture
122. Industrial hygiene
123. Personal protective equipment
124. Chemical engineering
125. Process engineering
126. Process control
127. Process optimization
128. Process safety
129. Chemical reactors
130. Separation techniques
131. Distillation
132. Adsorption
133. Membrane processes
134. Crystallization
135. Extraction
136. Chemical plant design
137. Process simulation
138. Process economics
139. Process intensification
140. Process integration
141. Bioprocess engineering
142. Bioreactor design
143. Downstream processing
144. Upstream processing
145. Fermentation
146. Bioproduction
147. Biomanufacturing
148. Chemical instrumentation
149. Process analytical technology
150. Process monitoring
151. Quality control
152. Quality assurance
153. Six Sigma
154. Lean manufacturing
155. Operations management
156. Supply chain management
157. Product development
158. Research and development
159. Intellectual property
160. Patent law
161. Copyright law
162. Open access publishing
163. Scholarly communication
164. Peer review
165. Publication ethics
166. Plagiarism
167. Scientific misconduct
168. Data sharing
169. Data management
170. Data analysis
171. Artificial intelligence
172. Machine learning
173. Deep learning
174. Big data
175. Data mining
176. Data visualization
177. Computer-aided design
178. Simulation software
179. Scientific software
180. High-performance computing
181. Cloud computing
182. Virtual reality
183. Augmented reality
184. Internet of Things
185. Digital transformation
186. Cybersecurity
187. Data privacy
188. Information technology
189. Information management
190. Knowledge management
191. Science communication
192. Public engagement
193. Science education
194. STEM education
195. Scientific literacy
196. Science policy
197. Funding agencies
198. Grant proposals
199. Science diplomacy
200. International collaboration

In conclusion, Applied Chemistry and Materials Science is a multidisciplinary journal that covers a wide range of topics related to chemistry and materials science. The journal aims to publish high-quality research that has practical applications in industry, technology, and society. Our mission is to disseminate knowledge and promote innovation in these fields. Our vision is to become a leading platform for researchers, scholars, and industry professionals to exchange ideas and collaborate on cutting-edge research.

The AIMS and SCOPES of the journal are to cover a diverse range of topics such as analytical chemistry, organic chemistry, materials chemistry, nanomaterials, biomaterials, polymers, catalysis, surface science, electrochemistry, chemical engineering, process design, materials characterization, computational chemistry, and many more. We also prioritize publishing articles that are compliant with necessary regulations for open access publishing, such as publication ethics, peer review, plagiarism, data sharing, and scientific misconduct.

Overall, Applied Chemistry and Materials Science is committed to publishing high-quality, innovative research that has real-world applications. We hope to encourage collaboration and engagement within the scientific community to drive advancements in chemistry and materials science.