field e substance_royzen

7/29/2019 Field e Substance_Royzen

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Fields. Properties of Substances

Basic Fields

Mechanical fieldsThermal fieldsChemical fieldsElectric fieldsMagnetic fieldsElectromagnetic fields

TRIZ Technology

Basic Mechanical Fields (Forces and Sources of Energy) Pressure Difference in pressure Compression force Tension force Torque Gravitational force

Buoyancy force (Archimedes' principle) Forces of motion, velocity, momentum, torque, potential energy

Straight line motion Projectile motion Rotation motion Circular motion.. Coriolis force Jet force

Force of kinetic friction Force of static friction Restoring force


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Fields. Properties of Substances TRIZ Technology

Oscillatory motion, pendulum, vibration Driven oscillations Resonance Standing waves Infra sound waves Sound waves Ultrasound waves

Fluid motion Steady flow Bemoulli effect Unsteady flow

Impulsive force (collisions) Shock waves Surface forces Surface tension Capillary attraction Wetting Osmosis Diffusion Absorption Adsorption Van der Waals force Mechanical force differential

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Basic Thermal Fields (Forces and Sources of Energy) Temperature Heat Cool Temperature differential

Basic Chemical Fields Chemical reaction Synthesis Decomposition Replacement (single-replacement and double-replacement)

Control a chemical reaction Catalysis Inhibition

Electrode potential Active substances Inert substances Difference in electrode potential

Energy that is required to begin a reaction Energy that may be produced by a reaction Smell Taste

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Fields. Properties of Substances TR/Z Techn%g)

Basic Electric Fields Electric charges and electrostatic field, electric potential differential

Charge distribution, electric charge density, surface charge density. Discharges Corona discharge

Electric current Direct current Alternating current Current density

Electric driving force Electric current which is passing through a solution of an electrolyte

Electrolysis Electroplating Electrophoresis

Magnetic Fields Magnetic field Magnetic field differential

Basic Electromagnetic Fields Radio waves Microwaves Infrared radiation Visible light (red - violet light) Ultraviolet light X-rays Gamma rays


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Basic Properties of SubstancesBasic Intensive and Extensive Properties of a Substance Mechanical properties Thermal properties Chemical properties Electric properties Magnetic properties Electromagnetic properties

Basic Mechanical Properties Geometric properties Sizes, shape, volume, center of mass

Trajectory of motion Density, weight Natural frequency Mobility Elasticity Brittleness Abrasiveness Deformability, malleability, ductility Structure Liquid properties

Incompressibility Viscosity

Gas properties Compressibility

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Fields. Properties of Substances

Basic Thermal Properties Temperature Heat capacity Specific heat, a temperature dependcnt specific heat Thermal expansion (linear and volume expansion) Points of phase changes

Melting point Boiling point Points of solid phase changes

Curie temperature Triple point Critical Point

Heats of transformation Heat of fusion Heat of vaporization

Thermal conductivity Thermal resistance

Basic Chemical Properties Composition Structure

TRIZ Technology

Activity (electrode potential and place in the electrochemical series) Oxidation number Hydrogen ion concentration Possibility to be created or decomposed Possibility to replace or to be replaced Possibility to control a chemical reaction as a catalyst or inhibitor Inert substances Energy that is required to begin a reaction Energy that may be produced by a reaction Smell TasteCopyright 2009 TRlZ Consulting, Inc. 206-364-3116 www.trizconsulting.com

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---asic Electric Properties Resistivity Semiconductivity Capacity, capacity reactance Inductivity, inductive reactance Resonant frequency Dielectric material (dielectric constant and breakdown field)

Basic Magnetic Properties Magnetic susceptibility (ferromagnetism, paramagnetism, or diamagnetism) Relative permeability of magnetic material Curie temperature

Basic Electromagnetic Properties Wavelength Color Luster Luminosity Transparency Emissivity Reflt;ction Refraction Dispersion Polarization Image formation (focusing, magnification)

Copyright 2009 TRlZ Consulting, Inc. 206-364-3\\6 www.trizconsulting.com5-7

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