Add to ORKGMolybdenum may function as a catalyst in promoting and controlling some of the complex chemical reactions that go on in living systems. The lack of understanding which exists about these reactions is due to their obvious complexity and to the extremely minute quantities of molybdenum involved. Traces of molybdenum have been shown to have spectacular results on the growth of plants when added to certain soils. This metal is also required for the growth of azobacter, the nitrogen-fixing bacteria
Cobalt (II) perchlorate was reacted with ethylenediamine and molecular oxygen. Various mole ratios o...
When dimethyl sulfoxide, ethyl bromide, and 5 mole-percent of ferric chloride are heated together, ...
The use of ultraviolet spectrophotometry for quantitative inorganic analytical purposes has long rem...
In order to investigate the use of Fast Atom Bombardment Mass Spectrometry (FAB-MS) as a tool for ...
As part of an investigation into the chemistry of molybdenum underway at South Dakota State Universi...
The reaction between m-nitrobenzyl bromide and sodium hydroxide in homogeneous aqueous dioxane and a...
Statement of the problem. This study was carried out to determine: (1) what advantages a laboratory-...
The increasing awareness of the close inter-relationships between biological activity and chemical r...
In order to generate a chiral metallocene ligand similar to Kaminsky-Sinn catalysts, a multistep syn...
The present work is a polarographic study of the alkali metals and selected first row transition met...
Benzyl chloride is a moderately reactive halide. Substitution of the Cl⁻ by other nucleophiles, e.g....
Energy is at an exponentially growing demand, and to keep up with these demands new technologies for...
A special need for methods to determine low concentrations of organic peroxides originated because o...
Research into conductive organic and organometallic polymers began in 1977 when Heeger, Macdiarmid, ...
The world relies on nonrenewable resources for a significant portion of its usable energy, the most ...
Cobalt (II) perchlorate was reacted with ethylenediamine and molecular oxygen. Various mole ratios o...
When dimethyl sulfoxide, ethyl bromide, and 5 mole-percent of ferric chloride are heated together, ...
The use of ultraviolet spectrophotometry for quantitative inorganic analytical purposes has long rem...
In order to investigate the use of Fast Atom Bombardment Mass Spectrometry (FAB-MS) as a tool for ...
As part of an investigation into the chemistry of molybdenum underway at South Dakota State Universi...
The reaction between m-nitrobenzyl bromide and sodium hydroxide in homogeneous aqueous dioxane and a...
Statement of the problem. This study was carried out to determine: (1) what advantages a laboratory-...
The increasing awareness of the close inter-relationships between biological activity and chemical r...
In order to generate a chiral metallocene ligand similar to Kaminsky-Sinn catalysts, a multistep syn...
The present work is a polarographic study of the alkali metals and selected first row transition met...
Benzyl chloride is a moderately reactive halide. Substitution of the Cl⁻ by other nucleophiles, e.g....
Energy is at an exponentially growing demand, and to keep up with these demands new technologies for...
A special need for methods to determine low concentrations of organic peroxides originated because o...
Research into conductive organic and organometallic polymers began in 1977 when Heeger, Macdiarmid, ...
The world relies on nonrenewable resources for a significant portion of its usable energy, the most ...
Cobalt (II) perchlorate was reacted with ethylenediamine and molecular oxygen. Various mole ratios o...
When dimethyl sulfoxide, ethyl bromide, and 5 mole-percent of ferric chloride are heated together, ...
The use of ultraviolet spectrophotometry for quantitative inorganic analytical purposes has long rem...