Another class of first-order reactions is radioactive decay processes which are all first order.

The resolution for the general case of mechanisms of N first-order reactions is provided.

FabG aggregation was a first-order reaction independent of protein concentration.

C+ hydrocarbons are stable at much higher temperatures than predicted by first-order reaction kinetics.

In most studies thermal inactivation was described by first-order reaction kinetics and D-values.

Define the term half-life and calculate the half-life for first-order reactions only.

For a first-order reaction, it has units of s. For that reason, it is often called frequency factor.

For example, while it was once assumed that catagenetic processes were first-order reactions, some research has shown that this may not be the case.

The rate v of a first-order reaction, which could be disintegration of a substance A, is given by:

For example, the hydrolysis of sucrose in acid solution is often cited as a first-order reaction with rate .

The conversion of methyl acetate back into its components, by an acid, is a first-order reaction with respect to the ester.

It decomposes in a first-order reaction:

First-order reaction may refer to:

A two-step first-order reaction equation was also evaluated for the metal desorption by surfactants and ligands.

First-order reaction model developed by Eastman and Ferguson (1981) was used to describe hydrolysis of particulate matter in sludge.

Heating the keto form in benzene at 120 C for three days also affords a mixture (1:1 with first-order reaction kinetics).

Reactions whose rate depends only on the concentration of one reactant (known as first-order reactions) consequently follow exponential decay.

First-order reaction (disambiguation)

In special cases, it is very easy to solve the equation and find k. For example, in a first-order reaction the equation is:

In organic chemistry, the class of S1 (nucleophilic substitution unimolecular) reactions consists of first-order reactions.

A generalized analytical method for solving multi-species transport equations coupled with a first-order reaction network, submitted to Water Resources Research.

MIKE NET accurately models phenomena such as first-order reactions within the bulk flow, pipe wall, and storage tanks.

The second moment obtained from the linear noise approximation (on which the noise measures are based) are exact only if the pathway is composed of first-order reactions.

In the first case, this means Henry's law; in the second, Fick's law of diffusion; in the third, a first-order reaction with respect to the oxidant.

The kinetics of Cu(II) transport could be analyzed in the formalism of two consecutive irreversible first-order reactions, considering both extraction and stripping.