Performance of Plastic Packaging for Hazardous Materials Transportation: Mechanical propertiesDepartment of Transportation, Materials Transportation Bureau, Office of Hazardous Materials Operations, 1976 - Hazardous substances |
Contents
INTRODUCTION | 1 |
POLYETHYLENE THE PLASTIC FOR CONTAINERS | 2 |
GENERAL CHARACTERISTICS OF POLYETHYLENE | 4 |
6 other sections not shown
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Common terms and phrases
additivity of damage applied stress ASTM behavior BENZENE PHOSPHORUS THIODICHLORIDE break chemical cold-drawing commercial containers constant rate container design CORROSIVE LIQUIDS cracking crystallinity density depends determined DOT tests drop height drop test elongation equation factors failure FLAMMABLE LIQUIDS hazardous materials hexane HYDROCHLORIC MURIATIC HYDROFLUORIC ACID HYDROFLUOSILICIC ACID HYDROGEN PEROXIDE SOLUTION hydrostatic pressure impact strength INCREASES Japanese Industrial Standard lading lifetime linear LIQUID ORGANIC PEROXIDES Loading Experiments material properties mechanical properties melt index modulus molecular weight distribution NBS Special Publication OHMO PERACETIC ACID permeation PHOSPHINE OXIDE plastic containers polymer predict preload present DOT specifications procedures properties of polyethylene rate of loading resin result reuse room temperature Section shown in figure SODIUM CHLORITE SOLUTION IN WATER Specimens from Sample strain stress histories stress-cracking agent Stress-Strain Curve SULFURIC ACID tensile strength Tensile Stress test methods thermal Time-to-Break Study Time-to-Break Versus Static time-to-fail Versus Static Load yield point