化学专业毕业论文外文翻译--弯曲它，伸展它，锤打它，打破它：材料化学研究-化学工程(编辑修改稿)

化学专业毕业论文外文翻译--弯曲它，伸展它，锤打它，打破它：材料化学研究-化学工程(编辑修改稿)内容摘要：

ng work between the Central Coast Science Project (CCSP) and teachers from partnership schools. The CCSP, one of 18 California Science Projects (CSP, 2020), is a collaborative endeavor between University science faculty and local school districts to improve science education for all students. The main presenters for the course were Cal Poly Chemistry faculty。 collaborators from Materials Engineering (MATE) played a key role in the first incarnation of the course. Undergraduate chemistry and materials engineering students developed some of the background content and adapted several of the activities in the first year. The work of two of these students became their senior projects, which are required for graduation from this university (Barber, 2020。 Coles, 2020). Table 1: Materials Chemistry Content Covered and Representative Activities Content Representative Activities Demonstrated Material Property BondingConcept(s ) Applied Basics of Bonding Melted Away Melting point Differences in ionic andcovalent bonding Metal or Nonmetal? Conductivity, malleability Differences in metallic and covalent bonding Basics of Solids Solid State Models Structure of solids at atomic level Bonding in solids Crystals Up Close Structure of solids at macroscopic level Bonding in solids Properties of Metals, Defects Drop the Noodle Comparing heat conduction in metals Metals conduct heat well due to delocalized nature of bonding electrons Metal Working amp。 Strength Malleability and strength of metals Metals are malleable and strong due to delocalized electrons and presence of defects Band Theory ExploringConductivity Part 1 Conductivity of materials as a function of temperature Comparing conductors, semiconductors, and insulators Semiconductors: LEDs Exploring Conductivity Part 2 Conductivity of semiconductors as function of temperature and position Conductivity of semiconductors depends on what it is posed of and on temperature Polymer Basics and Reactions Making and Recycling a Polymer Stretching and elasticity of different polymers Crosslinking in polymers Polymer Structure and Properties Polymer Absorption Absorption properties of different polymers Structure of polymer Tensile Strength Test Stretching force different polymers can withstand Composition and structure of polymer Density Challenge Density of different polymers Composition and structure of polym。