Journal of Modern Chemistry & Chemical Technology

Journal of Modern Chemistry & Chemical Technology

Journal of Modern Chemistry & Chemical Technology [2229-6999(e)] is a peer-reviewed open-access journal of engineering and scientific journals launched in 2010 focused on the rapid publication of fundamental research papers in all areas of Chemistry, Modern Chemistry, Chemical Engineering, and Chemical Technology which are covered under domain Chemical Engineering. .

The journal welcomes contributions across the following topic areas:

• Organic & Organometallic Chemistry: organic synthesis and reaction mechanisms, metal-catalyzed organic transformations, organo-metallic complexes and bonding theory, C-H activation and functionalization, hydrogen production and storage, organometallic catalysis, and coordination chemistry
• Inorganic & Coordination Chemistry: metal complexes and coordination frameworks, synthesis and characterization of inorganic materials, lanthanide chemistry, metallodrugs and medicinal inorganic chemistry, crystal structure analysis, and ligand design
• Physical Chemistry & Thermodynamics: thermodynamic principles and thermo-science, kinetics and reaction rate theory, phase equilibria and solubility, molecular interactions and spectroscopy, and computational chemistry methods
• Structural Analysis & Materials Characterization: X-ray crystallography and powder diffraction, spectroscopic analysis (HPLC, NMR, mass spectrometry, UV-Vis), crystallographic symmetry and crystal systems, surface characterization, and analytical method validation
• Biochemistry & Biochemical Engineering: enzymatic reactions and biosynthesis, biofuel and biodiesel production, microalgal biotechnology, metabolic engineering, microbial cell disruption, and biochemical process development
• Catalysis & Surface Chemistry: heterogeneous catalysis on solid surfaces, surface modification and functionalization, supported metal particles and nanoparticles, catalytic mechanism investigation, and industrial catalytic applications
• Biophysical Chemistry: molecular dynamics and protein-ligand interactions, drug-protein binding and pharmacological modeling, fluorescence spectroscopy and photodynamic properties, biomacromolecular interactions, and physical characterization of biological systems
• Natural Products & Medicinal Chemistry: isolation and structure elucidation of natural products, bioactivity screening and pharmacological evaluation, antimicrobial and anticancer agents, hepatoprotective compounds, structure-activity relationships, and drug discovery
• Electrochemistry & Electroanalysis: electrochemical sensors and DNA hybridization detection, electrodeposition and electroplating, electrodialysis and effluent treatment, graphene and carbon-based electrodes, and electrochemical impedance spectroscopy
• Advanced Oxidation & Reduction Processes: advanced oxidation processes (AOP), oxidation-reduction potential and mechanism, water treatment and disinfection, bioremediation and detoxification, degradation of persistent pollutants, and waste processing
• Macrocyclic Systems & Metalloorganics: porphyrins and metalloporphyrins, metallophthalocyanines and metallosalencompounds, nonlinear optical properties and optical limiting, immobilized metal complexes, and cyclic ligand design
• Finite Element Modeling & Computational Chemistry: FEM simulation of thermal and electrochemical systems, constitutive modeling and stress analysis, computer-aided molecular design, cheminformatics, and virtual screening for drug discovery