hydrogen iodide

He started by detailed experimental work on the formation of hydrogen iodide.

Because of the way the problem is defined, there was no hydrogen iodide in the container initially.

The reaction with water makes phosphorous acid and hydrogen iodide.

Let's develop it "experimentally" by using a hydrogen iodide simulation.

This page provides supplementary chemical data on hydrogen iodide.

Hydrogen and iodine gases react to from hydrogen iodide.

On heating the precursor is rapidly iodinated by the hydrogen iodide to form iodoephedrine.

However, hydrogen iodide and hydrogen astatide can split back into their constituent elements.

Hydrogen iodide is a chemical compound.

Propargyl radicals are thought to be produced but appear not to be scavenged by hydrogen iodide.

The hydrogen iodide (HI) is reacted with chlorine to precipitate the iodine.

The reaction involves converting solid iodine into hydrogen iodide in the presence of sulfur dioxide and water.

It breaks down when heated to make carbon dioxide, carbon monoxide, and hydrogen iodide.

An equilibrium is first established with normal hydrogen, iodine, and hydrogen iodide in the flask on the left.

An aqueous solution of hydrogen iodide has been proposed as an alternative to water as a fuel that can be used in this cycle.

Hydrogen iodide, like other hydrogen halides, is toxic.

For example each of the following is a perfectly legitimate way to balance the reaction between hydrogen, iodine and hydrogen iodide gases.

Upon heating iodoform decomposes to produce diatomic iodine, hydrogen iodide gas, and carbon.

Very pure hydrogen iodide can be made by combining hydrogen and iodine, but this is very slow.

Iodine is reduced to hydrogen iodide by hydrogen sulfide and hydrazine:

Some reagents (e.g. hydrogen iodide) convert iodoform to diiodomethane.

Hydrogen iodide (HI) is a diatomic molecule.

It involves red phosphorus and hydrogen iodide (also known as hydroiodic acid or iohydroic acid).

Animals also benefit from iodine supplements, and the hydrogen iodide derivative of ethylenediamine is the main supplement to livestock feed.

While the two layers are generally considered immiscible, small amounts of sulfuric acid may still remain in the hydrogen iodide layer and vice versa.