Absorption coefficient
AFM Image
Amount-of-substance fraction of substance 1 in liquid phase
Amount-of-substance fraction of substance 1 in vapor phase
Amount-of-substance fraction of substance 2 in liquid phase
Amount-of-substance fraction of substance 2 in vapor phase
Amount-of-substance fraction of substance 3 in liquid phase
Amount-of-substance fraction of substance 3 in vapor phase
Areal heat diffusion time
Atomic weight
Auger Electron spectrum
Boundary thermal conductance
Boundary thermal resistance
Bubble pressure
Bubble pressure x
Carrier concentration
Compressibility
Compression modulus
Compression strength
Critical density
Density
Dew-point pressure
Dielectric constant
Dielectric loss tangent
Elastic Constant
Electrical conductivity
Electrical resistivity
Enthalpy per kg
Enthalpy per mol
Entropy per kg
Entropy per mol
Extinction coefficient
Figure of merit
Flexural modulus
Flexural strength
Free energy per kg
Free energy per mol
Gibbs energy per kg
Gibbs energy per mol
Glass transition temperature
Hall coefficient
Hall mobility
Hardness
Heat diffusion time
Heat of fusion per kg
Heat of fusion per mol
Heat of vaporization per kg
Heat of vaporization per mol
Hemispherical total emissivity
Isothermal bulk modulus
Kinematic viscosity
Lattice parameter
Linear thermal expansion
Linear thermal expansion coefficient
Longitudinal sound velocity
Lorentz number
Magnetic Permeability
Mass diffusion coefficient
Melting point
Molar PVTx
Molar second virial coefficient
Molar third virial coefficient
Molar volume
Notched impact strength
Permittivity
Poisson ratio
Power factor
PVT
PVTx
Raman spectra
Raman spectra image
RBS spectral data
Reflectivity
Reflectivity ratio
Refractive index
Relative dielectric constant
Saturated liquid density
Saturated liquid density x
Saturated pressure x
Saturated vapor density
Second order nonlinear constant
Second virial coefficient
Seebeck coefficient
SEM Image
Shear modulus
Shear strength
Soret coefficient
Sound velocity
Specific heat capacity at constant pressure
Specific heat capacity at constant pressure per mol
Specific heat capacity at constant volume
Specific heat capacity at constant volume per mol
Specific volume
Spectral emissivity
Surface tension
TEM Image
Tensile modulus
Tensile strength
Thermal conductivity
Thermal diffusivity
Thermal effusivity
Thermoelectric figure of merit
Thermoreflectance signal
Third order nonlinear constant
Third virial coefficient
Transmissivity
Transverse sound velocity
Vapor pressure
Viscosity
Volumetric thermal expansion
Volumetric thermal expansion coefficient
Work function
XPS Image
XPS spectral data
XRD Image
XRD spectral data
Yield stress
Youngs modulus
UserName:
Password:
MaterialTree
|
Search Material
|
Material Statistics
|
Property Statistics
|
Support
|
Manual
|
Registration
|
Link:JSTP-TPDB
|
Agreement for use
Show all data in deeper folders
Material
Solids and Melts
Non-metallic Elements
Semi-Metals and Semiconductors
Metals
Steel
Nickel and Cobalt base Alloys
Copper Alloys
Aluminium Alloys
Titanium Alloys
Zirconium base Alloys
Alkali Metals
Alkaline Earth Metals
p-block Metal Elements
Transition Metal Elements
Noble metals
Ag Silver
Silver_Representative
Silver_Polycrystal,Bulk
Silver_Bu,Pc,Grade uknown
Molten Silver
Au Gold
Os Osmium
Ir Iridium
Pt Platinum
Ru Ruthenium
Rh Rhodium
Pd Palladium
Lanthanoids
Actinoides
Other Alloys
Binary alloys
Ternary alloys
Slags and Salts
Ceramics and Glasses
Thin films
Polymers
Other Compounds
Fluids
Composites
Silver_Polycrystal,Bulk
Domain
Group
Material Class 1
Material Class 2
Material Class 3
Grade
Lot
Specimen
Material Class 3
Silver_Polycrystal,Bulk
Registrant
NMIJ Database Working Group
Phase
Solid
Structure
Poly crystal
Symbol
Points32
Normal Name
Application Field
Electronics
Date
2011/09/09 11:04:00
Description
Material Name
Property
Direction
Graph
Table
Equation
Reference
DataDetail
Instrument
Type
Traceability
Authorization
Comment
Silver_Bu,Pc,Gu,Lt1,Specimen1
Thermal diffusivity
unknown
Table
Ref.
Details
Measured
Unknown
Reviewed Journal
Silver_Bu,Pc,Gu,Lt1,Specimen1
Thermal diffusivity
unknown
Table
Ref.
Details
Measured
Unknown
Reviewed Journal
Silver_Polycrystal,Bulk
Thermal conductivity
Isotropic
Table
Ref.
Details
Synthesized
Others
Reviewed Journal
Comment
Now loading...
Search Result
Graph Select
TPDS-web/Full is developed by the Database Group of Material Properties Division, NMIJ, AIST, and supported by RIO-DB.
Copyright(c) 2011 AIST.All rights reserved.
Agreement for use
Contents License Agreement The National Institute of Advanced Science and Technology, hereafter referred to as "the first," permits a user of this software, hereafter referred to as "the second," to use this software, if the second carefully reads this agreement, and only if the second accepts this agreement. Signing to this agreement or getting the contents means that the second accepts this agreement. Condition for Using Contents (Display of the Administrator's name, Software Name and Administration Number) Paragraph 1 The first determines "Tetsuya Baba, Chief of Material Properties and Metrological Statistics Division" as the administrator of the contents, "Thermophysical Property Data" as the name, and "H15 PRO 156" as the administration number. When the second uses this software, the second needs to specify the first' works, the administrator, the name, and the administration number. (Limitation of Usage) Paragraph 2 The second should not develop upon or improve the contents. Neither should the second use this software to appraise its commercial value. When the second produces and sells this software, the second should conclude the license agreement through the designated technology licensing organization and pay the license fee. "The designated technology licensing organization" is the organization that is set or given its exclusive license of intellectual property rights owned by the first and gives it to a third party, but not to the first. (Feedback of Information of Performance) Paragraph 3 The second should offer the information on the usage of the contents to follow the request of administrator. (Limitation of Publishing or Offering it to a Third Person) Paragraph 4 The second should not publish the contents nor offer it to a third person. (Limitation of Publishing the Improved Contents or Offering it to a Third Person) Paragraph 5 The second should not publish the improved contents nor offer it to a third person except for the purpose of using or improving that is defined in paragraph 2. When the second offers it to the third person in question, and make the third person observe the same requirements from paragraph 1 to paragraph 5. (Limitation of Guarantee) Paragraph 6 The first does not guarantee any results during the usage of the contents. The second should be responsible for all usage of the contents. (Limitation of Maintenance) Paragraph 7 The contents should be offered in its present state, and the first does not offer any kind of maintenance. (Obligation to Observe the Agreement of Original Contents) Paragraph 8 If the contents is developed with the improved software of a third person, the second should observe the agreement of the original contents. (Obligation to Refer to the Related Papers) Paragraph 9 If the second investigates and develops something with using the contents and publishes the results, the second should refer to the related papers that specified by the first. (Agreement of Jurisdiction) Paragraph 10 The first and the second will fix the jurisdiction of a first instance about this agreement with Tokyo district court.
Save agreement status