Sentence examples for main reaction steps from inspiring English sources
A general concept of the reaction mechanism is sketched in Scheme 1, presenting three main reaction steps: (I) the catalyst approaching the epoxy ring where the bromide anion Br- will attack the C atom forming the intermediate specie (II) the CO2 fixation takes place (III) and the cyclic carbonate is formed.
The mathematical model was developed for a well mixed reactor (CSTR – Continuous Stirred-Tank Reactor), considering three main reaction steps: acidogenesis, with a μmax of 8.64 dand1 and a KS of 250 mg/L, acetogenesis, with a μmax of 2.64 dand1 and a KS of 32 mg/L, and methanogenesis, with a μmax of 1.392 day−1 and a KS of 100 mg/L.
The main reaction step is HMF catalytic oxidation using aqueous acetic acid as solvent, Pt/ZrO2 as catalyst and air as oxidant.
It describes both the main catalytic reaction steps and side processes involving changes in the catalyst state.
Main reaction paths and crucial reaction steps have been determined at 1248 K for 1s by analyzing the flux of the main products.
The kinetic model is a separable one, with a kinetic equation of the Langmuir Hinshelwood Hougen Watson type for each one of the steps of the main reaction and of the deactivation reaction.
Since such a simple model with the translocation steps in the main reaction pathway not being in equilibrium could explain the force-velocity results, Dangkulwanich et al. argue that there is no need to invoke a more complex model with a secondary NTP binding site.
The main reaction pathway for transcription has three basic steps.
The importance of individual reaction steps, homogeneous side reactions, and main reactor parameters are investigated.
O2 first reacts via an initial adsorption step to superoxide which, in the presence of Mg2+, is subsequently reduced to peroxide as the main reaction product.
A four-step polymerization mechanism of the ultrasonically initiated emulsifier-free emulsion was put forward based on the monomer conversion and the main reaction locus.
