Physical quantities
Interactive reference book
Project author
Valery Ochkov
Last update 07.08.2009
Chapter 3. Mechanical properties of metals
3.1.-3.32. In development
3.33. Mechanical properties of metals at low temperatures
3.36. Mechanical strength of steels of alloys at high temperatures
(original table)
3.37. Mechanical strength of titanic alloys at high temperatures
(original table)
3.41. Mechanical strength and plasticity of heat-resistant steels at high temperatures
3.42. Mechanical strength at high temperatures of alloys on the basis of refractory metals, ceramics and composite materials on a nickel matrix
3.43. Durability and creep of steels and titanic alloys
3.44. Durability and creep of aluminium deformable alloys
(original table)
3.45. durability of heat-resistant steels and alloys
(original table)
3.34.-3.62. In development
Chapter 5. Density of substances
5.8 Mercury at various temperature and atmospheric pressure
Chapter 7. Acoustics
7.12. Acoustic sound velocity in sea water
(var 2)
Chapter 8. Thermometry
8.0.1.
The international temperature scales 1968 and 1990 (ITS-90)
MAS 11
MCS 14
Mathcad-function for converting temperature from ITS-68 to ITS-90
Mathcad-function for converting temperature from ITS-90 to ITS-68
8.0.2. Temperature recalculation
8.1.-8.11. In development
8.12. Standard calibration curve of the platinum temperature-sensitive resistor
8.13. Standard calibration curve of the copper temperature-sensitive resistor
8.14.-8.15. In development
8.16. Thermal electromotive force of the copper-copel thermocouple
8.17. Thermal electromotive force of the iron-constantan thermocouple
8.18. Thermal electromotive force of the copper-constantan thermocouple
8.19. Thermal electromotive force of the chromel-copel thermocouple
8.20. Thermal electromotive force of the cromel-alumel thermocouple
8.21. Thermal electromotive force of the Pt - (Pt + 10% Rh) thermocouple
8.22.-8.24. В разработке
8.25. Thermal electromotive force of high temperature thermocouple
8.26.-8.39. In development
Chapter 9. Thermal capacities
9.2. A specific isobar thermal capacity of elements at temperatures 20-1500 K and pressure 0.1 MPa
(original table
page 1
page 2
)
9.3. A specific isobar thermal capacity of elements at temperatures 1-15 K and pressure 0.1 MPa
(original table
page 1
page 2
page 3
)
9.5. A specific isobar thermal capacity of gases:
N
2
,
O
2
9.11a. A specific isobar thermal capacity of the ammonia (in development)
9.11b. A specific isobar thermal capacity of water and water steam
9.10. A specific isobar thermal capacity of inorganic compounds at temperatures 20-1500 K and pressure 0.1013 MPa
(original table
page 1
page 2
page 3
)
Chapter 10. Temperature coefficients of expansion
10.1.-10.7 In development
10.8. Temperature coefficients of expansion of steels:
carbon steels
, chromium steels:
chromium-nickel steel low-alloyed and intermediate-alloy
,
chromium-nickel steel with nickel content < 20%
, chromium-nickel steel with nickel content > 20%, chrome-molybdenum steels, manganese steels and chrome-manganese steels,
tungsten-chromium tool steels
,
chrome-vanadium steels
,
chrome-cobalt steels
,
silicon steel
,
titanic steels and other
)
Chapter 11. Pressure of saturated steam
11.1 Water steam
11.2 In development
11.4. Pressure of steam of elements and some primary compounds
11.5-11.7 In development
Chapter 12. Melting and boiling
12.1.-12.11. In development
12.6. Melting-point (solidus) of binary alloys
12.12. Melting-point of some elements depending on pressure
12.13a. Melting-point of some inorganic compounds depending on pressure
12.13b. Melting-point of some organic compounds depending on pressure
Chapter 13. Equations of state and critical characteristics of substances
13.2. The second virial coefficient of gases B
13.3. The third virial coefficient of gases B
Chapter 14. Surface tension
14.1. Surface tension of hydrogen and its isotopes depending on temperature
14.2. Surface tension of water
14.3. Surface tension of paraffin hydrocarbons
14.4. Surface tension of normal and paraffin hydrocarbons
14.5. Surface tension of unsaturated hydrocarbons depending on temperature
14.6. Surface tension of cyclic hydrocarbons depending on temperature
14.7. Surface tension of aromatic hydrocarbons
14.8. Surface tension of halogenated hydrocarbons depending on temperature
14.9. Surface tension of spirits, ethers, ketons and organic acids
14.10. In development
14.11. Surface tension of solid alkaline metals
14.12. Surface tension of solid metals
14.13.-14.15. In development
Chapter 15. Thermal conductivity
15.1. Thermal conductivity of primary chemical substances
(original table
page 1
,
page 2
,
page 3
,
page 4
and
page 5
)
15.2. Thermal conductivity of of inorganic gases at atmospheric pressure
15.3. Thermal conductivity of organic gases at atmospheric pressure
15.4. Thermal conductivity of gases at various temperatures and pressure
(original table)
15.4a. Thermal conductivity of fluids under the semiempirical formula
15.5. Thermal conductivity of liquids on a saturation line
15.6. Thermal conductivity of oils and some products of distillation of oil
(original table)
15.7. Thermal conducvity of steels
(original table
page 1
,
page 2
)
15.8. Thermal conductivity of copper alloys
(original table)
15.9. Thermal conductivity of nickel alloys
(original table)
15.10. Thermal conductivity of aluminuim alloys
(original table)
15.11. Thermal conductivity of titanium alloys
(original table)
15.12. Thermal conductivity of magnesium alloys
(original table)
15.13. Thermal conductivity high-temperature alloys and alloys on the basis of refractory metals
(original table)
15.14. Thermal conductivity of alloys on the basis of noble metals
(original table)
(in development)
15.15. Thermal conductivity of alloys on the basis of radioactive metals
(original table)
15.16. Thermal conductivity of solder alloys и bearing materials
(original table)
15.17. Thermal conductivity of semiconductive materials
(original table)
15.18. Thermal conductivity of some dielectric monocrystals
(original table)
15.19. Thermal conductivity of glasses
(original table)
15.20. Thermal conductivity of dense sintered oxides
(original table)
15.21. Thermal conductivity of dense pressed and sintered carbides
(original table)
15.22.-15.23. In development
15.24. Thermal conductivity of high-temperature compounds of nuclear fuel
(original table)
15.25.-15.26. In development
15.27. Thermal conductivity of construction heat-insulated materials
15.28. Thermal conductivity of some heat-insulated and construction materials
Chapter 16. Viscosity
16.1. Viscosity of gases
16.2. Viscosity of gas hydrocarbons
16.3.-16.15. In development
16.16. Viscosity of liquefied gases
16.17. In development
16.18. Viscosity of liquid metals
16.19. Viscosity of salt melts
Chapter 17. Diffusion
17.1. In development
17.3. Coefficient of self-diffusion gases at high temperature
17.3.-17.40. In development
Chapter 21. Electric properties of metals
21.1. Specific resistance of pure metals
21.2-21.5. In development
21.6. Specific resistance of some liquid metals
21.7-21.25. In development
Chapter 31. Optical properties of substances
31.20. Spectral factor internal gating of optical crystals
31.21. Refraction index of optical crystals
