Nobel Laureates in Chemistry, 1901-1992Chemical Heritage Foundation, 30 באוק׳ 1993 - 798 עמודים An authoritative and informative volume that examines the scientific achievements in chemistry for which the Nobel Prize has been awarded. Biographies of all 116 Nobel laureates explore their scientific achievements and their human side. Many essays were written by colleagues, coworkers, or former students of the laureates, and all living laureates reviewed their entries for accuracy. |
תוכן
Fritz Haber | 114 |
Walther Hermann Nernst | 125 |
Frederick Soddy | 134 |
Francis William Aston | 140 |
Fritz Pregl | 146 |
Richard Zsigmondy | 151 |
The Svedberg | 158 |
Heinrich Wieland | 164 |
61 | |
Otto Wallach | 69 |
Marie Curie | 75 |
Victor Grignard | 83 |
Paul Sabatier | 88 |
Alfred Werner | 93 |
Theodore William Richards | 100 |
Richard Martin Willstätter | 108 |
Adolf Windaus | 169 |
Hans von EulerChelpin | 175 |
Arthur Harden | 181 |
Hans Fischer | 187 |
Friedrich Bergius | 192 |
Carl Bosch | 198 |
Irving Langmuir | 205 |
מהדורות אחרות - הצג הכל
מונחים וביטויים נפוצים
able Academy active addition American American Chemical Society amino acids analysis application associate atoms awarded became become began Bibliography biological bond born carbon career Chem chemical chemists College complex compounds continued contributions crystals determination developed direction discovery early effect electron element energy enzyme established experimental experiments field Fischer followed Foundation Frederick Soddy Germany graduate hydrogen ideas important Institute interest involved isolated John known laboratory later lecture London measurements mechanism metal methods molecular molecules moved named nature NOBEL LAUREATE Nobel Prize obtained organic organic chemistry original Pauling period physical position prepared present Press Prize in chemistry problem professor properties protein publication published radioactive reaction received Richards Science scientific scientists separation sequence showed Society solution structure substances synthesis techniques temperature theoretical theory tion United University World York