Exact(16)
This trend is attributed to the strengthening effect of interfacial slip as channel width shrinks.
This trend is attributed to the higher shear stress generated during melt processing.
This trend is attributed to a relatively weak tendency for W segregation to the grain boundaries.
This trend is attributed to the higher melt viscosity and consequently the higher shear stresses generated during melt processing.
The apparent contradiction between the thermodynamic data and the observed densification trend is attributed to the reduced grain growth that trapped the system in a metastable configuration.
The Holocene dexcess trend is attributed to a transition from a paleo-LMWL (with a more positive intercept compared to today) defined by early Holocene relict pore ice (>~9.2 ka cal BP) to the contemporary LWML defined by modern GNIP data, but which aptly describes late Holocene relict pore ice younger than 5 ka BP (Fig. 3b).
Similar(44)
This trend was attributed to probe probe interactions.
This trend was attributed to a dominating role played by desolvation in determining the relative binding affinity.
The observed trend was attributed to a decreased return effect as a result of an increased average absolute target potential during the pulse on-phase when employing heavier inert gases as the buffer gas.
A large part of the downward trend was attributed to technology firms, particularly computer chipmakers such as Intel and Advanced Micro Devices, which faced pressure from cheaper Taiwanese competition, oversupply and weak demand, among other business hurdles.
This trend was attributed to expansion of cultivation and settlements, which increased by 26 and 17%%, respectively, in sedentary and 17 and 12 %, respectively, in semi-nomadic during the period under study, due to land tenure changes.
Write better and faster with AI suggestions while staying true to your unique style.
Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com