可以,下面给你一段可直接放进 Introduction 的英文文献综述稿。它的逻辑是:先概括多稳态研究的共识,再指出局限,最后自然引出你的方案。
Recent studies have shown that multistable energy harvesters are mainly valued for their ability to broaden the operational bandwidth by enabling inter-well or multi-well motions under low-frequency excitation [2][
4][
8]. In both piezoelectric and electromagnetic systems, such multistable dynamics can enlarge the accessible high-response region and, in some cases, improve the electrical output when high-energy oscillations are activated [
2][
4][
8]. However, in the reported studies, power enhancement is often discussed in connection with specific operating conditions, such as particular excitation amplitudes, frequency ranges, or inter-well transition states, rather than as a general design strategy aimed at improving the overall power level of the harvester [
2][
4][
8]. This suggests that, although multistability is effective for bandwidth enlargement, a more robust power-amplification mechanism that does not rely strongly on a narrowly defined working regime remains worth further exploration [
2][
4][
8]. Motivated by this gap, the present study next introduces a power-enhancement strategy based on an additional nonlinear inertia unit, with the aim of improving the overall harvesting performance, especially the power output under broader operating conditions.
Summary
如果你想让语气再“期刊化”一点,还可以把最后两句改得更强一些:
This suggests that, although multistability is effective for bandwidth enlargement, a generally applicable strategy for improving the overall power output remains insufficiently explored [2][
4][
8]. To address this issue, the present study proposes a power-enhancement approach based on an additional nonlinear inertia unit.
如果你愿意,我还可以继续帮你把这段和下一段“本文提出……结构与创新点”直接连成一整段英文 Introduction。




