-- Polymer structures -- Characteristics, applications, and processing of polymers -- Composites

Crystallography -- 4. The structure of crystalline solids -- 5. Structures of polymers -- 6. Imperfections in

acid rain -- The fires of nuclear fission -- Energy from electron transfer? -- The world of polymers

treatment of steels and cast irons -- Nonferrous alloys -- Ceramic materials -- Polymers -- Composites

Crystallinity -- 2.7.1.3.Morphology of Amorphous and Crystalline Polymers -- 2.7.1.4.Polymer Additions -- 2.7.2

-- Posttreatment -- System Reliability -- Residuals Treatment and Disposal -- Guidelines for Applying Polymers in

.Chemical Use -- 3.3.1.Chemical Stabilization -- 3.3.2.Polymers -- 3.3.3.Lime -- 3.3.4.Acids -- 3.3.5

Analysis of Proton-Conducting Polymers -- Ch. 7. Ab Inition Modeling of Transport and Structure of Solid

(Feature) -- Plastics chronology -- Polymers (Feature) -- Refrigeration (Feature) -- Solar system (Feature

, paints, and other polymers -- Glass and soil -- Fires and explosions -- Forensic science and the law.

-- Polymers -- Masonry: house construction -- Foundations, basements and demolition -- Concrete construction

) -- Explosives chronology -- Plastics chronology -- Polymers (feature) -- The Greek alphabet -- Fundamental

Polymères.

. Polychlorinated biphenyls (PCBS) and dioxins -- Ch. 7. Synthetic polymers : plastics, elastomers, and synthetic

chemistry -- Organic chemistry -- Synthetic and natural organic polymers -- Appendix 1 : Derivation of the

articles on important topics, such as polymers and crystal defects. Chronologies chart the main discoveries

unmentionables and superabsorbent polymers (SAPs) -- Chewing gum : polymeric hydrocarbons : 1 -- Whispering roads