RDF Site Summary 1.0 Module for Material Data Resources

Authors

The working group members of RSS module for Material Information:-

Toshihiro Ashino, Toyo University

Nobuto Oka, the University of Tokyo

Mitsutane Fujita, National Institute for Material Science

Version

Latest Version: http://ilab.k.u-tokyo.ac.jp/~oka/RSS-material.html

1.0 2007-10-31

1.1 2008-02-12

Status

Proposal

Rights

Copyright © 2000 by the Authors.

Permission to use, copy, modify and distribute the RDF Site Summary 1.0 Specification and its accompanying documentation for any purpose and without fee is hereby granted in perpetuity, provided that the above copyright notice and this paragraph appear in all copies. The copyright holders make no representation about the suitability of the specification for any purpose. It is provided "as is" without expressed or implied warranty.

This copyright applies to this documentation.

Description

Provides material resources information to aggregators through RDF Site Summary (RSS) 1.0 technology.

class
Classifications based on material structures. The recommended practice is to select values from Substance, Metal, Ceramics (Non-Metal), Polymer (Organic Compound), Composite, Natural.

type
A type will be expressed as keywords of material classification, such as FerrousAlloy, Homopolymer, and ASTM Steel. Recommended words are shown in gVocabularyh chapter.

name
Typically, a "name" will be a target material name, such as Mg-O, SUS304.

composition
A "composition" will be a target material composition, such as Mg, O, Fe, C.

property
A "property" includes material property names and physical quantities included in a target data resource. Recommended words are shown in gVocabularyh chapter.

range
A "range" will be a maximum, minimum or representative value of material composition/property, whose unit should be expressed in accordance with International System of Units (SI). For example, g<ma:range>10, 100</ma:range>h, which means that g10h is the minimum value and g100h is the maximum value, and g<ma:range>80</ma:range>h, which means that g80h is the representative value. However, there can be occasions when the unit essentially has to be expressed by non-SI. In such case, gcompositionh/hpropertyh includes the unit, such as wt%. For example, g<ma:composition>Mg, wt%</ma:composition>h, which means that the composition range of gMgh is described in units of gwt%h.

application
An "application" includes keywords of material's expected application.

Namespace Declarations

· xmlns:ma="http://codata.jp/material/"

Model

<channel> and <item> Elements:

· <ma:class> ( #PCDATA )

· <ma:type> ( #PCDATA )

· <ma:name> ( #PCDATA )

· <ma:composition> ( #PCDATA )

· <ma:property> ( #PCDATA )

· <ma:range> ( #PCDATA )

· <ma:application> ( #PCDATA )

Example 1: Summery of a Material Databasesf Site

<?xml version="1.0" encoding="utf-8"?> 
 
<rdf:RDF 
  xmlns="http://purl.org/rss/1.0/" 
  xmlns:rdf="http://www.w3.org/1999/02/22-rdf-syntax-ns#"
  xmlns:ma="http://codata.jp/material/"
> 
 
  <channel rdf:about="http://material-database.codata.jp">
    <title>Material Database</title>
    <link>http://material-database.codata.jp</link>
    <ma:class>Subustance, Metal, Ceramics (Non-Metal), Polymer (Organic Compound), 
Composite, Natural</ma:class>
    <ma:type></ma:type>
    <ma:name></ma:name>
    <ma:property></ma:property>
    <ma:composition></ma:composition>
    <ma:application></ma:application>
 
    <items>
      <rdf:Seq>
        <rdf:li resource="http://material-database.codata.jp/polymer" />
      </rdf:Seq>
    </items>
  </channel>
 
  <item rdf:about="http://material-database.codata.jp/polymer">
    <title>Polymer Database</title> 
    <link>http://material-database.codata.jp/polymer</link>
    <description>
      Polymer Database PoLyInfo systematically provides various data required for 
polymeric material design.
    </description>
    <ma:class>Polymer</ma:class>
    <ma:type>Homopolymer, Copolymer, Composite, Compound</ma:type>
    <ma:name>Polymer</ma:name>
    <ma:property>Thermal, Electrical, Mechanical Properties</ma:property>
    <ma:composition></ma:composition>
    <ma:application>Polymeric Material Design</ma:application>
  </item> 
 
</rdf:RDF>

Example 2: Summery of a Database

<?xml version="1.0" encoding="utf-8"?> 
 
<rdf:RDF 
  xmlns="http://purl.org/rss/1.0/" 
  xmlns:rdf="http://www.w3.org/1999/02/22-rdf-syntax-ns#"
  xmlns:ma="http://codata.jp/material/"
> 
 
  <channel rdf:about="http://material-database.codata.jp/polymer">
    <title>Polymer Database</title>
    <link>http://material-database.codata.jp/polymer</link>
    <ma:class>Polymer</ma:class>
    <ma:type>Homopolymer, Copolymer, Composite, Compound</ma:type>
    <ma:name>Polymer</ma:name>
    <ma:property>Thermal, Electrical Properties, Temperature</ma:property>
    <ma:composition></ma:composition>
    <ma:application>Polymeric Material Design</ma:application>
 
    <items>
      <rdf:Seq>
        <rdf:li resource="http://material-database.codata.jp/polymer-Temperature" />
        <rdf:li resource="http://material-database.codata.jp/polymer-Composition" />
      </rdf:Seq>
    </items>
  </channel>
 
  <item rdf:about="http://material-database.codata.jp/polymer-Temperature">
    <title>Temperature Range</title> 
    <ma:property>Temperature</ma:property>
    <ma:range>50, 250</ma:range>
  </item> 
 
  <item rdf:about="http://material-database.codata.jp/polymer-Doping">
    <title>Doping</title> 
    <ma:composition>DCM, wt%</ma:composition>
    <ma:range>0.7</ma:range>
  </item>
 
</rdf:RDF>

 

Vocabulary

· Recommended words of gtypeh

Recommended words of gtypeh

Related term

Element

Substance

@

@

Compound

Substance

@

@

PeriodicTable

Subsrance

Elements

@

AlkaliMetalsLi,Na,K,Rb,Cs,Fr

Subsrance

Elements

@

AlkalineEarthMetalsBe,Mg,Ca,Sr,Ba,Ra

Subsrance

Elements

@

TransitionMetalsSc,Ti,V,Cr,Mn,Fe,Co,Ni,Cu,Zn,Y,Zr,Nb,Mo,Tc,Ru,Rh,Pd,Ag,Hf,Ta,W,Re,Os,Ir,Pt,Au

Subsrance

Elements

@

PoorMetalsAl,Ga,In,Tl,Sn,Pb,Bi

Subsrance

Elements

@

MetaloidsB,Si,Ge,As,Sb,Te,Po

Subsrance

Elements

@

Non-MetalsH,C,N,O,P,S,Se

Subsrance

Elements

@

HalogensF,Cl,Br,I,At

Subsrance

Elements

@

NobleGasesHe,Ne,Ar,Kr,Xe,Rn

Subsrance

Elements

@

LanthanidesLa,Ce,Pr,Nd,Pm,Sm,Eu,Gd,Tb,Dy,Ho,Er,Tm,Yb,Lu

Subsrance

Elements

@

ActinidesAc,Th,Pa,U,Np,Pu,Am,Cm,Bk,Cf,Es,Fm,Md,No,Lr

Subsrance

Elements

@

BinaryPhase

Subsrance

Compound

@

MultinaryPhase

Subsrance

Compound

@

PureElement

Metal

@

@

FerrousAlloy

Metal

@

@

Non-FerrousAlloy

Metal

@

@

InterMetalicCompound

Metal

@

@

Metaloid

Metal

@

@

SolidSolution

Metal

@

@

Amorphous

Metal

@

@

PeriodicTable

Metal

PureElement

@

AlkaliMetalsLi,Na,K,Rb,Cs,Fr

Metal

PureElement

@

AlkalineEarthMetalsBe,Mg,Ca,Sr,Ba,Ra

Metal

PureElement

@

TransitionMetalsSc,Ti,V,Cr,Mn,Fe,Co,Ni,Cu,Zn,Y,Zr,Nb,Mo,Tc,Ru,Rh,Pd,Ag,Hf,Ta,W,Re,Os,Ir,Pt,Au

Metal

PureElement

@

PoorMetalsAl,Ga,In,Tl,Sn,Pb,Bi

Metal

PureElement

@

MetaloidsB,Si,Ge,As,Sb,Te,Po

Metal

PureElement

@

Non-MetalsH,C,N,O,P,S,Se

Metal

PureElement

@

HalogensF,Cl,Br,I,At

Metal

PureElement

@

NobleGasesHe,Ne,Ar,Kr,Xe,Rn

Metal

PureElement

@

LanthanidesLa,Ce,Pr,Nd,Pm,Sm,Eu,Gd,Tb,Dy,Ho,Er,Tm,Yb,Lu

Metal

PureElement

@

ActinidesAc,Th,Pa,U,Np,Pu,Am,Cm,Bk,Cf,Es,Fm,Md,No,Lr

Metal

PureElement

@

T 300 Series Stainless Steel

Metal

Ferrous Metal

Stainless Steel

T 400 Series Stainless Steel

Metal

Ferrous Metal

Stainless Steel

T 600 Series Stainless Steel

Metal

Ferrous Metal

Stainless Steel

T S10000 Series Stainless Steel

Metal

Ferrous Metal

Stainless Steel

T S20000 Series Stainless Steel

Metal

Ferrous Metal

Stainless Steel

T S30000 Series Stainless Steel

Metal

Ferrous Metal

Stainless Steel

T S40000 Series Stainless Steel

Metal

Ferrous Metal

Stainless Steel

Precipitation Hardening Stainless

Metal

Ferrous Metal

Stainless Steel

Maraging Steel

Metal

Ferrous Metal

@

Low Alloy Steel

Metal

Ferrous Metal

@

Carbon Steel

Metal

Ferrous Metal

@

Low Carbon Steel

Metal

Ferrous Metal

Carbon Steel

Medium Carbon Steel

Metal

Ferrous Metal

Carbon Steel

High Carbon Steel

Metal

Ferrous Metal

Carbon Steel

Tool Steel

Metal

Ferrous Metal

@

Cold Work Steel

Metal

Ferrous Metal

Tool Steel

Air-Hardening Steel

Metal

Ferrous Metal

Tool Steel

AISI 1000 Series Steel

Metal

Ferrous Metal

@

AISI 4000 Series Steel

Metal

Ferrous Metal

@

AISI 5000 Series Steel

Metal

Ferrous Metal

@

AISI 6000 Series Steel

Metal

Ferrous Metal

@

AISI 8000 Series Steel

Metal

Ferrous Metal

@

AISI 9000 Series Steel

Metal

Ferrous Metal

@

ASTM Steel

Metal

Ferrous Metal

@

Electronic/Magnetic Alloy

Metal

Ferrous Metal

@

Alloy Cast Iron

Metal

Ferrous Metal

@

Ductile Iron

Metal

Ferrous Metal

@

Gray Cast Iron

Metal

Ferrous Metal

@

Malleable Iron

Metal

Ferrous Metal

@

White Cast Iron

Metal

Ferrous Metal

@

Superalloy

Metal

Ferrous Metal

@

Cobalt Base

Metal

Ferrous Metal

Superalloy

Iron Base

Metal

Ferrous Metal

Superalloy

Nickel Base

Metal

Ferrous Metal

Superalloy

Aluminum Alloy

Nonferrous Metal

@

@

1000 Series Aluminum

Nonferrous Metal

Aluminum Alloy

@

2000 Series Aluminum Alloy

Nonferrous Metal

Aluminum Alloy

@

3000 Series Aluminum Alloy

Nonferrous Metal

Aluminum Alloy

@

4000 Series Aluminum Alloy

Nonferrous Metal

Aluminum Alloy

@

5000 Series Aluminum Alloy

Nonferrous Metal

Aluminum Alloy

@

6000 Series Aluminum Alloy

Nonferrous Metal

Aluminum Alloy

@

7000 Series Aluminum Alloy

Nonferrous Metal

Aluminum Alloy

@

Other Wrought Al Alloy

Nonferrous Metal

Aluminum Alloy

@

Aluminum Casting Alloy

Nonferrous Metal

Aluminum Alloy

@

Beryllium Alloy

Nonferrous Metal

@

@

Copper Alloy

Nonferrous Metal

@

@

Brass

Nonferrous Metal

Copper Alloy

@

Bronze

Nonferrous Metal

Copper Alloy

@

Magnesium Alloy

Nonferrous Metal

@

@

Nickel Alloy

Nonferrous Metal

@

@

Solder Alloy

Nonferrous Metal

@

@

 

 

 

 

Titanium Alloy

Nonferrous Metal

@

@

Unalloyed/Modified Titanium

Nonferrous Metal

Titanium Alloy

@

Alpha/Near Alpha Titanium Alloy

Nonferrous Metal

Titanium Alloy

@

Alpha/Beta Titanium Alloy

Nonferrous Metal

Titanium Alloy

@

Beta Titanium Alloy

Nonferrous Metal

Titanium Alloy

@

Tungsten Alloy

Nonferrous Metal

@

@

Zinc Alloy

Nonferrous Metal

@

@

Metal Matrix Composite

Nonferrous Metal

@

@

Metaloid

Ceramics(Non-Metal)

@

@

Non-MetalicCompound--O,C,N,S,P,---

Ceramics(Non-Metal)

@

@

Mixture

Ceramics(Non-Metal)

@

@

Glass(Amorphous)

Ceramics(Non-Metal)

@

@

High Temp Ceramic Resin

Ceramics (Non-Metal)

@

@

Potting/Casting Ceramic

Ceramics (Non-Metal)

@

@

Machinable Ceramic

Ceramics (Non-Metal)

@

@

Ceramic/Metallic Coating

Ceramics (Non-Metal)

@

@

Monomer

Polymer

@

@

Homopolymer

Polymer

@

@

Copolymer

Polymer

@

@

Polyolefines

Polymer

@

@

Polystyrenes

Polymer

@

@

Polyvinyls

Polymer

@

@

Polyacrylics

Polymer

@

@

Polyhalo_olefines

Polymer

@

@

Polydienes

Polymer

@

@

Polyethers

Polymer

@

@

Polysulfides

Polymer

@

@

Polyesters/Thioesters

Polymer

@

@

Polyamides/Thioamides

Polymer

@

@

Polyurethanes/Thiourethanes

Polymer

@

@

Polyureas/Thioureas

Polymer

@

@

Polyimides/Thioimides

Polymer

@

@

Polyanhydrides/Thioanhydrides

Polymer

@

@

Polycarbonates/Thiocarbonates

Polymer

@

@

Polyimines(Polyamines)

Polymer

@

@

Polysiloxanes(Polysilanes)

Polymer

@

@

Polyketones/Thioketones

Polymer

@

@

Polysulfones/Sulfoxides/Sulfonates/Suloamides

Polymer

@

@

Polyphenylenes

Polymer

@

@

Thermoplastic

Polymer

@

@

ABS Polymer

Polymer

Thermoplastic

@

Acetal

Polymer

Thermoplastic

@

Acrylic

Polymer

Thermoplastic

@

Additive/Filler

Polymer

Thermoplastic

@

ASA Polymer

Polymer

Thermoplastic

@

Cellulosic

Polymer

Thermoplastic

@

Elastomer, TPE

Polymer

Thermoplastic

@

Ethylene Acrylic Acid

Polymer

Thermoplastic

@

Ethylene Methyl Acrylate

Polymer

Thermoplastic

@

Ethylene Vinyl Acetate

Polymer

Thermoplastic

@

Ethylene Vinyl Alcohol

Polymer

Thermoplastic

@

Fluoropolymer

Polymer

Thermoplastic

@

Ionomer

Polymer

Thermoplastic

@

Liquid Crystal Polymer (LCP)

Polymer

Thermoplastic

@

Nylon

Polymer

Thermoplastic

@

Nylon 46

Polymer

Thermoplastic

Nylon

Nylon 6

Polymer

Thermoplastic

Nylon

Nylon 66

Polymer

Thermoplastic

Nylon

Nylon 6/66

Polymer

Thermoplastic

Nylon

Nylon 610

Polymer

Thermoplastic

Nylon

Nylon 612

Polymer

Thermoplastic

Nylon

Nylon 11

Polymer

Thermoplastic

Nylon

Nylon 12

Polymer

Thermoplastic

Nylon

Polyether Block Amide (PEBA)

Polymer

Thermoplastic

Nylon

Polyamide-imide

Polymer

Thermoplastic

@

Polyarylamide

Polymer

Thermoplastic

@

Polycarbonate

Polymer

Thermoplastic

@

Polyester, TP

Polymer

Thermoplastic

@

Polybutylene Terephthalate (PBT)

Polymer

Thermoplastic

Polyester, TP

Polyethylene Terephthalate (PET)

Polymer

Thermoplastic

Polyester, TP

Polytrimethylene Terephthalate (PTT)

Polymer

Thermoplastic

Polyester, TP

Polyetherimide

Polymer

Thermoplastic

@

Polyethersulfone

Polymer

Thermoplastic

@

Polyethylene

Polymer

Thermoplastic

@

LLDPE

Polymer

Thermoplastic

Polyethylene

LDPE

Polymer

Thermoplastic

Polyethylene

MDPE

Polymer

Thermoplastic

Polyethylene

HDPE

Polymer

Thermoplastic

Polyethylene

Polyimide Polymer

Polymer

Thermoplastic

@

Polyketone

Polymer

Thermoplastic

@

Polyphenylene Ether/PPO

Polymer

Thermoplastic

@

Polyphenylene Sulfide

Polymer

Thermoplastic

@

Polyphthalamide

Polymer

Thermoplastic

@

Polypropylene

Polymer

Thermoplastic

@

Polystyrene

Polymer

Thermoplastic

@

Polysulfone

Polymer

Thermoplastic

@

Polyurethane, TP

Polymer

Thermoplastic

@

Purging Compound

Polymer

Thermoplastic

@

PVDC

Polymer

Thermoplastic

@

SMA Polymer

Polymer

Thermoplastic

@

SAN Polymer

Polymer

Thermoplastic

@

Styrene-Butadiene

Polymer

Thermoplastic

@

Vinyl

Polymer

Thermoplastic

@

Thermoset

Polymer

@

@

Adhesive Polymer

Polymer

Thermoset

@

Carbon Fiber/Thermoset Composite

Polymer

Thermoset

@

Cyanoacrylate

Polymer

Thermoset

@

Diallyl Phthalate (DAP)

Polymer

Thermoset

@

Elastomer, TS

Polymer

Thermoset

@

Epoxy

Polymer

Thermoset

@

Fluoropolymer, TS</option

Polymer

Thermoset

@

Phenolic

Polymer

Thermoset

@

Polyester, TS

Polymer

Thermoset

@

Polyimide, TS

Polymer

Thermoset

@

Polyurethane, TS

Polymer

Thermoset

@

Silicone

Polymer

Thermoset

@

Composite

SMC

Polymer

@

Boride

Composite

@

@

Carbide

Composite

@

@

Halide

Composite

@

@

Nitride

Composite

@

@

Oxide

Composite

@

@

Aluminum Oxide

Composite

@

@

Magnesium Oxide

Composite

Oxide

@

Silicon Oxide

Composite

Oxide

@

Titanium Oxide

Composite

Oxide

@

Zirconium Oxide

Composite

Oxide

@

Phosphide/Pnictide

Composite

@

@

Sulfide/Chalcogenide

Composite

@

@

Semiconductor

Composite

@

@

Composite Core Material

Composite

@

@

Composite Fibers

Composite

@

@

FRM

Composite

@

@

FRP

Composite

@

@

FibresComposits

Composite

@

@

ParticulatesComposits

Composite

@

@

Foams

Composite

@

@

Concrete

Composite

@

@

Rock

Natural

@

@

Wood

Natural

@

@

Bamboo

Natural

@

@

Grass

Natural

@

@

Biological

Natural

@

@

Cork

Natural

@

@

Rubber

Natural

@

@

Shell

Natural

@

@

Paper

Natural

@

@

Clay

@

@

@

Glaze

@

@

@

Piezoelectric

@

@

@

Slurry

@

@

@

Aerogel

@

@

@

Catalyst/Initiator

@

@

@

Carbon

@

@

@

Carbon Black

Carbon

@

@

Carbon Fiber

Carbon

@

@

Diamond

Carbon

@

@

Graphite

Carbon

@

@

Glass

@

@

@

Optical

Glass

@

@

Filter

Glass

@

@

Glass Fiber

Glass

@

@

Glass Ceramic

Glass

@

@

Fluid

@

@

@

Lubricant

Fluid

@

@

Solvent

Fluid

@

@

· Recommended words of gpropertyh

Recommended words of gpropertyh

Related term

Mechanical Properties

 

 

Tensile

Mechanical Properties

 

Creep

Mechanical Properties

 

Fatigue

Mechanical Properties

 

Impact

Mechanical Properties

 

Hardness

Mechanical Properties

 

SSRT

Mechanical Properties

 

KIscc

Mechanical Properties

 

Tougness

Mechanical Properties

 

Compression

Tougness

Mechanical Properties

Shear

Tougness

Mechanical Properties

Flexural

Mechanical Properties

 

Elastic Moduli

Mechanical Properties

 

Young's Modulus

Elastic Moduli

Mechanical Properties

Shear Modulus

Elastic Moduli

Mechanical Properties

Bulk Modulus

Elastic Moduli

Mechanical Properties

Compressibility

Elastic Moduli

Mechanical Properties

Elastic Coefficient

Elastic Moduli

Mechanical Properties

Elastic Compliance Coefficient

Elastic Moduli

Mechanical Properties

Poisson Ratio

Elastic Moduli

Mechanical Properties

Sound Velocity

Elastic Moduli

Mechanical Properties

Crystal Structure

 

 

Phase Transition

 

 

Equilibrium Diagram

Phase Transition

 

CCT Diagram

Phase Transition

 

Micro-Structure

Phase Transition

 

Thermal Properties

 

 

Thermal Expansion Coefficient

Thermal Properties

 

Relative Volume Change

Thermal Properties

 

Molar Enthalpy

Thermal Properties

 

Molar Heat Capacity

Thermal Properties

 

Debye Temperature

Thermal Properties

 

Molar Entropy

Thermal Properties

 

Thermoelectric Power

Thermal Properties

 

Thermal Conductivity

Thermal Properties

 

Specific Heat

Thermal Properties

 

Electronic and Electrical Properties

 

 

Electron Density of States at Fermi Level

Electronic and Electrical Properties

 

Energy Gap

Electronic and Electrical Properties

 

Activation Energy

Electronic and Electrical Properties

 

Electrical Conductivity

Electronic and Electrical Properties

 

Resistivity

Electronic and Electrical Properties

 

Piezoresistivity

Electronic and Electrical Properties

 

Hall Coefficient

Electronic and Electrical Properties

 

Electron Concentration

Electronic and Electrical Properties

 

Effective Charge

Electronic and Electrical Properties

 

Permittivity

Electronic and Electrical Properties

 

Optical Properties

 

 

Optical Absorption Coefficient

Optical Properties

 

Reflectivity

Optical Properties

 

Optical Conductivity

Optical Properties

 

Refractive Index

Optical Properties

 

Permittivity

Optical Properties

 

Optical Wavenumber

Optical Properties

 

Plasma Edge

Optical Properties

 

Work Function

Optical Properties

 

Magnetic Properties

 

 

Molar Magnetic Susceptibility

Magnetic Properties

 

Effective Bohr Magneton Number

Magnetic Properties

 

Curie Temperature

Magnetic Properties

 

Neel Temperature

Magnetic Properties

 

Volume Magnetization

Magnetic Properties

 

Magnetic Moment

Magnetic Properties

 

Critical Field for Magnetic Transition

Magnetic Properties

 

Magnetic Order

Magnetic Properties

 

Direction of Magnetic Moments

Magnetic Properties

 

Magnetic Anisotropy Field

Magnetic Properties

 

Crystal Electric Field

Magnetic Properties

 

Superconducting Properties

 

 

Superconducting Transition Temperature

Superconducting Properties

 

Lowest Temperature for Normal Conductivity

Superconducting Properties

 

Initial Slope of Hc(T) at Tc

Superconducting Properties

 

Slope of Tc(p) at 0 GPa

Superconducting Properties

 

Energy Gap

Superconducting Properties

 

Lower Critical Field

Superconducting Properties

 

Upper Critical Field

Superconducting Properties

 

Penetration Depth

Superconducting Properties

 

Isotope Effect

Superconducting Properties

 

Physicochemical Properties

 

 

Diffusion

Physicochemical Properties

 

Bulk

Diffusion

Physicochemical Properties

Chemical

Diffusion

Physicochemical Properties

Grain Boundary

Diffusion

Physicochemical Properties

Impurity

Diffusion

Physicochemical Properties

Impurity(Interface)

Diffusion

Physicochemical Properties

Interdiffusion

Diffusion

Physicochemical Properties

Interphase

Diffusion

Physicochemical Properties

Interstitial

Diffusion

Physicochemical Properties

Mutual(Chemical)

Diffusion

Physicochemical Properties

Pipe

Diffusion

Physicochemical Properties

Self

Diffusion

Physicochemical Properties

Self(Interface)

Diffusion

Physicochemical Properties

Subboundary

Diffusion

Physicochemical Properties

Surface

Diffusion

Physicochemical Properties

Tracer

Diffusion

Physicochemical Properties

Physical Properties

 

 

Solution Properties

 

 

Viscoelastic Properties

 

 

Corrosion Properties

 

 

Time

Physical Quantity

 

Mass

Physical Quantity

 

Area

Physical Quantity

 

Volume

Physical Quantity

 

Density

Physical Quantity

 

Velocity

Physical Quantity

 

Acceleration

Physical Quantity

 

Momentum

Physical Quantity

 

Force

Physical Quantity

 

Pressure

Physical Quantity

 

Energy

Physical Quantity

 

Power

Physical Quantity

 

Impulse

Physical Quantity

 

Action

Physical Quantity

 

Angle

Physical Quantity

 

Cycles

Physical Quantity

 

Frequency

Physical Quantity

 

Angular Velocity

Physical Quantity

 

Angular Acceleration

Physical Quantity

 

Moment of Inertia

Physical Quantity

 

Angular Momentum

Physical Quantity

 

Torque

Physical Quantity

 

Temperature

Physical Quantity

 

Heat

Physical Quantity

 

Entropy

Physical Quantity

 

Electric Charge

Physical Quantity

 

Current

Physical Quantity

 

Voltage

Physical Quantity

 

Resistance

Physical Quantity

 

Capacitance

Physical Quantity

 

Inductance

Physical Quantity

 

Electric Field

Physical Quantity

 

Electric Flux

Physical Quantity

 

Magnetic Field

Physical Quantity

 

Magnetic Flux

Physical Quantity