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A six-volume collection of the scientific papers of Lord Kelvin (1824-1907), one of Britain's most eminent mathematical physicists.
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A six-volume collection of the scientific papers of Lord Kelvin (1824-1907), one of Britain's most eminent mathematical physicists.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Produktdetails
- Produktdetails
- Verlag: Cambridge University Press
- Seitenzahl: 546
- Erscheinungstermin: 8. März 2011
- Englisch
- Abmessung: 216mm x 140mm x 32mm
- Gewicht: 761g
- ISBN-13: 9781108029001
- ISBN-10: 1108029000
- Artikelnr.: 33401532
- Verlag: Cambridge University Press
- Seitenzahl: 546
- Erscheinungstermin: 8. März 2011
- Englisch
- Abmessung: 216mm x 140mm x 32mm
- Gewicht: 761g
- ISBN-13: 9781108029001
- ISBN-10: 1108029000
- Artikelnr.: 33401532
92. Elasticity and heat; 93. On the reduction of observations of
underground temperatures, with application to Professor Forbes' Edinburgh
observations, and the continued Calton Hill series; 94. On the secular
cooling of the earth; 95. On the rigidity of the earth, shiftings of the
earth's instantaneous axis of rotation, and irregularities of the earth as
a timekeeper; 96. Dynamical problems regarding elastic spheroidal shells
and spheroids of incompressible liquid; 97. Molecular constitution of
matter; 98. Five applications of Fourier's law of diffusion, illustrated by
a diagram of curves with absolute numerical values; 99. Motion of a viscous
liquid. Equilibrium or motion of an elastic solid. Equilibrium or motion of
an ideal substance called for brevity ether. Mechanical representation for
magnetic force; 100. On an accidental illustration of the shallowness of a
transient electric current in an iron bar; 102. Ether, electricity, and
ponderable matter; 103. Professor Tait's experimental results regarding the
compressibility of fresh water and sea water at different temperatures.
Compressibilities at single temperatures of mercury, of glass, and of water
with different proportions of common salt in solution. Being an extract
from his contribution to the report on the scientific results of the voyage
of H.M.S. Challenger, Vol. II. Physics and chemistry, Part IV; 104.
Velocities of waves of different character, and corresponding moduluses in
cases of waves due to elasticity, being appendix to Art. XCII sect. 51.
underground temperatures, with application to Professor Forbes' Edinburgh
observations, and the continued Calton Hill series; 94. On the secular
cooling of the earth; 95. On the rigidity of the earth, shiftings of the
earth's instantaneous axis of rotation, and irregularities of the earth as
a timekeeper; 96. Dynamical problems regarding elastic spheroidal shells
and spheroids of incompressible liquid; 97. Molecular constitution of
matter; 98. Five applications of Fourier's law of diffusion, illustrated by
a diagram of curves with absolute numerical values; 99. Motion of a viscous
liquid. Equilibrium or motion of an elastic solid. Equilibrium or motion of
an ideal substance called for brevity ether. Mechanical representation for
magnetic force; 100. On an accidental illustration of the shallowness of a
transient electric current in an iron bar; 102. Ether, electricity, and
ponderable matter; 103. Professor Tait's experimental results regarding the
compressibility of fresh water and sea water at different temperatures.
Compressibilities at single temperatures of mercury, of glass, and of water
with different proportions of common salt in solution. Being an extract
from his contribution to the report on the scientific results of the voyage
of H.M.S. Challenger, Vol. II. Physics and chemistry, Part IV; 104.
Velocities of waves of different character, and corresponding moduluses in
cases of waves due to elasticity, being appendix to Art. XCII sect. 51.
92. Elasticity and heat; 93. On the reduction of observations of
underground temperatures, with application to Professor Forbes' Edinburgh
observations, and the continued Calton Hill series; 94. On the secular
cooling of the earth; 95. On the rigidity of the earth, shiftings of the
earth's instantaneous axis of rotation, and irregularities of the earth as
a timekeeper; 96. Dynamical problems regarding elastic spheroidal shells
and spheroids of incompressible liquid; 97. Molecular constitution of
matter; 98. Five applications of Fourier's law of diffusion, illustrated by
a diagram of curves with absolute numerical values; 99. Motion of a viscous
liquid. Equilibrium or motion of an elastic solid. Equilibrium or motion of
an ideal substance called for brevity ether. Mechanical representation for
magnetic force; 100. On an accidental illustration of the shallowness of a
transient electric current in an iron bar; 102. Ether, electricity, and
ponderable matter; 103. Professor Tait's experimental results regarding the
compressibility of fresh water and sea water at different temperatures.
Compressibilities at single temperatures of mercury, of glass, and of water
with different proportions of common salt in solution. Being an extract
from his contribution to the report on the scientific results of the voyage
of H.M.S. Challenger, Vol. II. Physics and chemistry, Part IV; 104.
Velocities of waves of different character, and corresponding moduluses in
cases of waves due to elasticity, being appendix to Art. XCII sect. 51.
underground temperatures, with application to Professor Forbes' Edinburgh
observations, and the continued Calton Hill series; 94. On the secular
cooling of the earth; 95. On the rigidity of the earth, shiftings of the
earth's instantaneous axis of rotation, and irregularities of the earth as
a timekeeper; 96. Dynamical problems regarding elastic spheroidal shells
and spheroids of incompressible liquid; 97. Molecular constitution of
matter; 98. Five applications of Fourier's law of diffusion, illustrated by
a diagram of curves with absolute numerical values; 99. Motion of a viscous
liquid. Equilibrium or motion of an elastic solid. Equilibrium or motion of
an ideal substance called for brevity ether. Mechanical representation for
magnetic force; 100. On an accidental illustration of the shallowness of a
transient electric current in an iron bar; 102. Ether, electricity, and
ponderable matter; 103. Professor Tait's experimental results regarding the
compressibility of fresh water and sea water at different temperatures.
Compressibilities at single temperatures of mercury, of glass, and of water
with different proportions of common salt in solution. Being an extract
from his contribution to the report on the scientific results of the voyage
of H.M.S. Challenger, Vol. II. Physics and chemistry, Part IV; 104.
Velocities of waves of different character, and corresponding moduluses in
cases of waves due to elasticity, being appendix to Art. XCII sect. 51.