Kapillarchemie: Eine Darstellung Der Chemie Der Kolloide Und Verwandter Gebiete. Dritte Durchgesehene Und Erweiterte Auflage (Corrected Third Printing, Signed By Irving Langmuir)

Xvi, 1225 Pp. Green Cloth Stamped In Black. Book Is Clean, Black Lettering Strong, Front Hinge Lightly Cracked At Front Endpapers, Completely Cracked Before Title Page. Ownership Signature Of Chemist Irving Langmuir On Front Endpaper, Dated Mar 23 1925 In Schenectady. Per Wikipedia, Herbert Max Finlay Freundlich Formemrs (1880 – 194S) Was A German Chemist. He Was A Department Head At The Kaiser Wilhelm Institute For Physical Chemistry And Electrochemistry (Now The Fritz Haber Institute) From 1919 Until 1933, When The Racial Policies Of The Nazi Party Demanded The Dismissal Of Non-Aryans From Senior Posts. In 1934 He Became A Foreign Member Of The Royal Netherlands Academy Of Arts And Sciences. Emigrating To England, Freundlich Accepted A Guest Professorship At University College London. Five Years Later, He Accepted A Professorship At The University Of Minnesota. Irving Langmuir (1881 – 1957) Was An American Chemist And Physicist. His Most Famous Publication Is The 1919 Article "The Arrangement Of Electrons In Atoms And Molecules" In Which, Building On Gilbert N. Lewis's Cubical Atom Theory And Walther Kossel's Chemical Bonding Theory, He Outlined His "Concentric Theory Of Atomic Structure". While At General Electric From 1909 To 1950, Langmuir Advanced Several Fields Of Physics And Chemistry, Invented The Gas-Filled Incandescent Lamp And The Hydrogen Welding Technique. Langmuir And Tonks Discovered Electron Density Waves In Plasmas That Are Now Known As Langmuir Waves. He Introduced The Concept Of Electron Temperature And In 1924 Invented The Diagnostic Method For Measuring Both Temperature And Density With An Electrostatic Probe, Now Called A Langmuir Probe And Commonly Used In Plasma Physics. Following World War I Langmuir Contributed To Atomic Theory And The Understanding Of Atomic Structure By Defining The Modern Concept Of Valence Shells And Isotopes. Langmuir Was Awarded The 1932 Nobel Prize In Chemistry For His Work In Surface Chemistry. The Langmuir Laboratory For Atmospheric Research Near Socorro, New Mexico, Was Named In His Honor, As Was The American Chemical Society Journal For Surface Science Called Langmuir. The Langmuir Adsorption Model Explains Adsorption By Assuming An Adsorbate Behaves As An Ideal Gas At Isothermal Conditions. The Freundlich Isotherm Has Two Parameters While Langmuir's Equations Has Only One: As A Result, It Often Fits The Data On Rough Surfaces Better Than The Langmuir's Equations.…