Add to ORKGNobel Laureate Linus Pauling studied chemical bonds, using accurate caloric information on heat generated in different reactions. He devised a formula which developed a single number for each element (called electronegativity) which he used as a predictor for a wide variety of chemical phenomena. This lecture/demonstration will present several rapid and spectacular oxidations, with comments. Positively no mathematics required. Cedric Stratton Dept of Chemistry and Physic
The 1954 Nobel Prize in chemistry goes to the chairman of Caltech's Division of Chemistry and Chemic...
Oxidation state (OS) is defined using ionic approximation of bonds. Two principal algorithms are out...
the Electrons Really Doing in Molecules?”2 A few years later, in 1966, he received the Nobel Prize ...
linus pauling, one of the most important scintists in history, remains the only person to ever captu...
Linus Pauling was without doubt the most influential chemist of the twentieth century. At Caltech, ...
The influence of Linus Pauling on the understanding of chemical bonding is critically examined. Paul...
Inorganic oxidation has been studied systematically since Lavoisier's researches on combustion. The ...
Linus Pauling, Theodore William Richards Medalist for 1947, has made notable contributions to quant...
Winner of a Nobel Prize in Chemistry for his work in the theory of valency; major contributor to the...
The concept of oxidation state (OS) is based on the concept of Lewis electron pairs, in which the bo...
A generic definition of oxidation state (OS) is formulated: "The OS of a bonded atom equals...
This poster for the Natural Sciences Poster Session provides a brief history and description of stru...
summary:Reduction and oxidation represent one type of processes around us. Reduction-oxidation react...
Organic compounds containing carbon-metal bonds are called organometallic compounds. Such compounds ...
Long before Joseph Priestley’s observation that heating lead and mercury oxides generates oxygen, Le...
The 1954 Nobel Prize in chemistry goes to the chairman of Caltech's Division of Chemistry and Chemic...
Oxidation state (OS) is defined using ionic approximation of bonds. Two principal algorithms are out...
the Electrons Really Doing in Molecules?”2 A few years later, in 1966, he received the Nobel Prize ...
linus pauling, one of the most important scintists in history, remains the only person to ever captu...
Linus Pauling was without doubt the most influential chemist of the twentieth century. At Caltech, ...
The influence of Linus Pauling on the understanding of chemical bonding is critically examined. Paul...
Inorganic oxidation has been studied systematically since Lavoisier's researches on combustion. The ...
Linus Pauling, Theodore William Richards Medalist for 1947, has made notable contributions to quant...
Winner of a Nobel Prize in Chemistry for his work in the theory of valency; major contributor to the...
The concept of oxidation state (OS) is based on the concept of Lewis electron pairs, in which the bo...
A generic definition of oxidation state (OS) is formulated: "The OS of a bonded atom equals...
This poster for the Natural Sciences Poster Session provides a brief history and description of stru...
summary:Reduction and oxidation represent one type of processes around us. Reduction-oxidation react...
Organic compounds containing carbon-metal bonds are called organometallic compounds. Such compounds ...
Long before Joseph Priestley’s observation that heating lead and mercury oxides generates oxygen, Le...
The 1954 Nobel Prize in chemistry goes to the chairman of Caltech's Division of Chemistry and Chemic...
Oxidation state (OS) is defined using ionic approximation of bonds. Two principal algorithms are out...
the Electrons Really Doing in Molecules?”2 A few years later, in 1966, he received the Nobel Prize ...