Hydrates in Aqueous Solution: Evidence for the Existence of Hydrates in Solution, Their Approximate Composition, and Certain Spectroscopic Investigations Bearing Upon the Hydrate Problem

Hydrates in Aqueous Solution: Evidence for the Existence of Hydrates in Solution, Their Approximate Composition, and Certain Spectroscopic Investigations Bearing Upon the Hydrate Problem

The Theory of Electrolytic Dissociation: And Some of Its Applications

Hydrates in Aqueous Solution: Evidence for the Existence of Hydrates in Solution, Their Approximate Composition, and Certain Spectroscopic Investigations Bearing Upon the Hydrate Problem

The Theory of Electrolytic Dissociation and Some of Its Applications

Hydrates in Aqueous Solution: Evidence for the Existence of Hydrates in Solution, Their Approximate Composition, and Certain Spectroscopic Investigations Bearing Upon the Hydrate Problem

The Elements of Physical Chemistry

The Absorption Spectra of Solutions as Studied by Means of the Radiomicrometer: The Conductivities, Dissociations, and Viscosities of Solutions of Electrolytes in Aqueous, Non-aqueous, and Mixed Solvents

Studies on Solution in Its Relation to Light Absorption, Conductivity, Viscosity, and Hydrolysis: A Report Upon a Number of Experimental Investigations Carried Out in the Laboratory of the Late Professor Henry C. Jones

The Freezing-point, Boiling-point and Conductivity Methods

The Elements of Physical Chemistry

Outlines of Electrochemistry

A New Era in Chemistry: Some of the More Important Developments in General Chemistry During the Last Quarter of a Century

The Freezing-point, Boiling-point, and Conductivity Methods

A New Era in Chemistry: Some of the More Important Developments in General Chemistry During the Last Quarter of a Century

The Elements of Physical Chemistry

The Modern Theory of Solution: Memoirs by Pfeffer, Van't Hoff, Arrhenius, and Raoult

The Electrical Nature of Matter and Radioactivity

The Elements of Physical Chemistry

Hydrates in Aqueous Solution: Evidence for the Existence of Hydrates in Solution, Their Approximate Composition, and Certain Spectroscopic Investigations Bearing Upon the Hydrate Problem