Physical- object /material invention | From Definition | Example | Physical/chemical principle and its example | seeds*1 →to cause function →solution | needs | |||||
Analysis of invention | ||||||||||
Physical- object type | A. Combination | Physics | Relation among elements | physical- object technology | Principle and way of its utilization | Corporate purpose | ||||
evaluation*7 | ||||||||||
B. Shape | Physics | |||||||||
↑ | Research theme | |||||||||
to utilize a principle to increase evaluation | ||||||||||
C. Structure*3 | Physics | |||||||||
Assignments (Problems to be solved) | ||||||||||
Material type | Property | D. Physical (mechanical)*3 | strength, density (specific gravity), elasticity, grainsize, viscosity, coefficient of friction, heat conductivity, coefficient of thermal expansion | Physics: Newtonian mechanics, Hooke’s law, Bernoulli’s principle | Constants of property, Relation among constants | material technology | ||||
↑ | Think out of defects in conventional technologies*2 | |||||||||
with inventive step | ||||||||||
= | ||||||||||
invention | ||||||||||
= | Physics: Ohm’s law, Joule’s law | |||||||||
wey of invention | (electrical) | electric conductivity (insulation), magnetic property | ||||||||
Chemistry: acid/base, ionization | ||||||||||
E. Chemical | composition, molecular weight, melting point, boiling point, pH | |||||||||
Transformation of property | F. property in general*4 | transformation of the state (vaporization, liquefaction, solidification), hydration, suspension, crystallization | Transformation in material and states | |||||||
Chemistry: transformation in phases*6, dissolution, diffusion | ||||||||||
Chemistry: neutralization, oxidation- reduction, catalysis | ||||||||||
G. Chemical | chemical reaction | |||||||||