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This compound can form stable 1 1 complexes in acetonitrile solution with halides (F−, Cl−, Br−, and I−) and nitrate (NO3−) anions.
However, in this work it was found that only if the organic compound can form homogeneous solution with ethanol and water can it successfully lead the formation of mesopores under the catalysis of 5% ammonium hydroxide (NH4OH) solution.
It has previously been demonstrated that this compound can form complexes with various drugs, resulting in improved water solubility of the initial drug, preservation of the required pharmacological activity, and often the reduction of effective dose [ 3, 6].
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When these protein-rich foods are cooked at high temperatures, compounds can form on the surface of the food that cause cancerous tumors in animals.
Ortho-dihydroxy compounds can form a five-membered chelate complex with Au III).
In the present case, all compounds can form organogels in DMF.
These compounds can form the basis for the design of new drugs aimed at combating malaria caused by Pv.
A variety of compounds can form with the hydrogenation of rocks along the migration pathways of H2, including water, hydrocarbons, and acids.
The deposition of TiB2 and ZrB2 on copper and graphite necessitates a cathodic nucleation overpotential of −100 mV which is likely to be necessary to form a first layer of boron upon which intermetallic compounds can form and grow.
Recent studies have shown that such compounds can form a variety of self-organized solid and thermotropic liquid crystalline structures as well as nonassembled liquid forms depending upon the position, number and kinds of attached alkyl chains.
Such compounds can form in mixtures of sulfur dichloride and selenium halides.
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