Bridgman P.W. Collected Experimental Papers of P.W. Bridgman, Volume V: Papers 94-121

Harvard University , 1964. — 701 p.Percy Williams Bridgman (April 21, 1882 – August 20, 1961) was an American physicist who received the 1946 Nobel Prize in Physics for his work on the physics of high pressures. He also wrote extensively on the scientific method and on other aspects of the philosophy of science. The Bridgman effect, the Bridgman–Stockbarger technique, and the high-pressure mineral bridgmanite are named after him.Physical properties of single crystal magnesium
A New kind of e.m.f. and other effects thermodynamically connected with the four transverse effects
A transition of silver oxide under pressure
The pressure coefRcient of resistance of fifteen metals down to liquid oxygen temperatures
The compressibility of eighteen cubic Compounds
The effect of homogeneous mechanical stress on the electrical resistance of crystals
The pressure-volume-temperature relations of fifteen liquids
Compressibilities and pressure coefficients of resistance of elements, Compounds, and alloys, many of them anomalous
The effect of pressure on the electrical resistance of single metal crystals at low temperature
Two new phenomena at very high pressure
The melting Parameters of nitrogen and argon under pressure, and the nature of the melting curve
The compressibility of solutions of three amino acids (with R. B. Dow)
Theoretically interesting aspects of high pressure phenomena
Electrical resistances and volume changes up to 20,000 kg/cm2
On the effect of slight impurities on the elastic constants, particularly the compressibility of zinc
The melting curves and compressibilities of nitrogen and argon
Measurements of certain electrical resistances, compressibilities, and thermal expansions to 20,000 kg/cm2
The pressure-volume-temperature relations of the liquid, and the phase diagram of heavy water
Effects of high shearing stress combined with high hydrostatic pressure
Polymorphism, principally of the elements, up to 50,000 kg/cm2
Compressibilities and electrical resistance under pressure, with special reference to intermetallic compounds
Shearing phenomena at high pressure of possible importance for geology
Flow phenomena in heavily stressed metals
Polymorphie transitions of inorganic compounds to 50,000 kg/cm2
Shearing phenomena at high pressures, particularly in inorganic compounds
Polymorphie transitions of 35 substances to 50,000 kg/cm2
The phase diagram of water to 45,000 kg/cm2
The resistance of nineteen metals to 30,000 kg/cm2