A colorless, heavy, strongly oxidizing liquid, H2 O2 , capable of reacting explosively with combustibles and used principally in aqueous solution as a mild antiseptic, bleaching agent, oxidizing agent, and laboratory reagent.
noun
0
0
A colorless, syrupy liquid, H2O2, often used in dilute, unstable solutions as a bleaching or disinfecting agent, and in more concentrated form as a rocket fuel, in the production of foam rubber, etc.
noun
0
0
A colorless, heavy, strongly oxidizing liquid, H2 O2 , capable of reacting explosively with combustibles and used principally in aqueous solution as a mild antiseptic, bleaching agent, oxidizing agent, and laboratory reagent.
noun
0
0
A colorless, dense liquid, that is often used as a bleach or is diluted with water for use as an antiseptic. Chemical formula:H2O2.
When this compound is acted on by water, hydrogen peroxide and levulinic aldehyde are formed, the aldehyde being subsequently oxidized by the hydrogen peroxide, forming levulinic acid.
The first chemical change suggested is an interaction between carbon dioxide and water, under the influence of light acting through chlorophyll, which leads to the simultaneous formation of formaldehyde and hydrogen peroxide.
The formaldehyde at once undergoes a process of condensation oi- polymerization by the protoplasm of the plastid, while the hydrogen peroxide is said to be decomposed into water and free oxygen by another agency in the cell, of the nature of one of the enzymes of which we shall speak later.
Thus, i part by weight of hydrogen unites with 8 parts by weight of oxygen, forming water, and with 16 or 8 X 2 parts of oxygen, forming hydrogen peroxide.
By electrolysis it yields uranium dioxide as a pyrophoric powder, and peruranic hydroxide, U04.2H20, when treated with hydrogen peroxide.