The phrase "attachment reaction" is correct and usable in written English.
It can be used in psychological or emotional contexts to describe a response related to attachment, often in reference to relationships or bonding.
Example: "The child's attachment reaction to the caregiver was evident when they became distressed upon separation."
Alternatives: "bonding response" or "attachment response".
In order to maintain the scheme simple, the hydrolysis step and the repriming of the working stroke are incorporated in state D and contribute to the limited speed of the attachment reaction.
Dissociation reaction was found to dominate the water vapour plasmolysis followed by electron dissociative attachment reaction being the other important kinetic step.
The energy spread was determined with the well-known s-wave attachment reaction leading to Cl− from CCl4.
Oxidation of the cysteine thiols to a disulfide might reasonably be expected to prevent the heme attachment reaction, creating a chemical paradox that needs to be resolved.
These observations were taken as an indication that the formation of disulfide bonds was an obligate step, rather than an undesirable diversion from the heme attachment reaction to apocytochromes.
The attachment reaction was efficient and specific, with 80 100% of the protein being tethered in the mutant containing p-AzF, whereas only ≈10% was nonspecifically bound in the WT* protein.
These results can be explained by corona discharge observations, the electron attachment reactions of H2S at the streamer energies, and a proposed reaction mechanism of H2S dissociation in the Ar N2 gas mixture.
Preferred nucleation and growth of CaO and ZnO nuclei resulted in their hexagonal nanosheets, and they were end to end combined into propeller-shaped architectures by oriented rotation and attachment reactions.
The UQ analysis considers 22 uncertain rate parameters, which include both chemi-ionization, proton transfer, and electron attachment reactions as well as neutral reactions pertaining to the chemistry of the CH radical.
Moreover, even below ~ 15 eV, LEEs can efficiently induce molecular fragmentation into highly reactive free radicals through dissociative electron attachment reactions (Boudaiffa et al. 2000).
A small hump can be found at t=200 s in Fig. 5, however, the extra density seems to be captured by attachment reactions to form larger N(_{x}^) ions.
