Sentence examples for more efficient transfer from inspiring English sources

Research by Masahiro Watanabe of the Japanese Atmosphere and Ocean Research Institute suggests this is mainly due to more efficient transfer of heat to the deep oceans.

Research led by Masahiro Watanabe of the Japanese Atmosphere and Ocean Research Institute suggests this is mainly due to more efficient transfer of heat to the deep oceans.

However, Watanabe's research suggests that these factors can't explain most of the slowed surface warming, which his study attributes mainly to a more efficient transfer of heat to the deep oceans.

Multigenerational communities foster inter-generational learning, a more efficient transfer of time and wealth, a stronger recognition of life experience as wisdom, and an increased engagement with disparate elements of the wider community.

By the end of next year, a quarter-hour is expected to be shaved off that commute when a new station, under construction on Island Avenue is to start accommodating express trains to Secaucus, for a more efficient transfer to Penn Station.

Given the importance of understanding this rationale for attaining transfer, process-oriented worked examples would be expected to result in more efficient transfer.

The Welsh government argues that protecting social care spending as much as possible has allowed more efficient transfers of patients back to the community from hospital beds.

This attractive efficiency can be ascribed to the functionalities of mesoporous carbon support, which affords more efficient electron transfer and better mass transport, maximizing the availability of nano PtRu catalysts.

Interestingly, we observed that the cognate reducing system produced less H2O2 than the heterologous one by 33%, demonstrating that better coupling between FNR Fd ADO in the cognate reducing system might lead to more efficient electron transfer and therefore less formation of H2O2 due to decoupled electron transfer to O2.

While the rate of increase of global surface temperatures in recent years has slowed in large part due to the more efficient heat transfer to the deep oceans, that can't last forever.

The increase in SWi signified a more efficient information transfer and a lower associated rewiring cost.