ABSTRACT
The study of friccohesity of such explosives in polar, apolar, protic, and aprotic polar solvents could an interesting hypothesis for understanding the mechanism of the negatively and positively charged multipoles. Since all the fragmented surfactant molecules come together because like attracts like, cohesive forces are created as follows: formulation of friccohesity of the cage model of reaction; hair adhesives and liquid soaps; and dyeing fabrics and hydrodynamics. Two bonding adhesives become operational on spreading and developing adhesive forces: solvent based and water based. As compared to pentaerythritol tetranitrate (PETN) and cyclotrimethylenetrinitramine the triglyceride with variable fatty acids has higher stability and less density due to larger numbers of sigma bonds, which occupy a larger volume. The interactions of PETN with cationic, anionic, and nonionic surfactants could be investigated for micelle forming activities. The physicochemical interactions of PETN could be investigated in several solvents to check its interacting abilities.
