Power of sulfur – Chemistry, properties, laser ignition and theoretical studies of energetic perchlorate-free 1,3,4-thiadiazole nitramines

Keyphrases

• 1,3,4-oxadiazole 100%
• Nitramines 100%
• Sulfur Chemistry 100%
• Laser Ignition 100%
• Perchlorate-free 100%
• Sulfur Compounds 66%
• Low-level Laser 66%
• Energetic Materials 66%
• 1,3,4-thiadiazol 66%
• Nitramide 66%
• Energetic Molecules 66%
• Irradiation 33%
• Energy Transfer 33%
• New Platform 33%
• Photothermal 33%
• Supercells 33%
• Toxic Materials 33%
• Less Toxic 33%
• Laser-based 33%
• Multiphoton Absorption 33%
• Energetic Characteristics 33%
• Aerospace Applications 33%
• Dinitro 33%
• Vibrational Motion 33%
• Civil Applications 33%
• Ylidenes 33%
• TD-DFT Calculations 33%
• Defense Applications 33%
• Lead Azide 33%
• Ignition Delay Time 33%
• Detonation Experiment 33%
• BI-1 33%
• Thermal Ignition 33%
• Diimine 33%
• Ignition System 33%
• Ab Initio Molecular Dynamics 33%
• Brisance 33%
• Energetic Compounds 33%
• Azide-free 33%
• 5-nitro-1 33%
• Sulfur-free 33%
• Ignition Energy 33%
• Explosophores 33%
• Ignition Mechanism 33%

Chemistry

• Chemistry 100%
• Energetics 100%
• Perchlorate 100%
• 1,3,4-thiadiazole 100%
• Nitramine 100%
• Nitramide 28%
• Density Functional Theory 14%
• Toxic 14%
• Molecular Dynamics 14%
• Energy Transfer 14%
• Azide 14%
• Time-Dependent Density Functional Theory 14%
• Multiphoton Absorption 14%
• 1,3,4-oxadiazole 14%

Material Science

• Explosive 100%
• Toxic Material 50%