The tested angular response range represents finite low frequency angular motion, which is relevant to floating sensor platforms, ocean buoys, hinged supports, and compliant mounted platforms. Related studies have demonstrated swing body harvesters for self powered ocean buoys ,

可以。下面这些是你那段话中可用的、能访问的文献链接。我建议不要全部引用，主文里选 4–6 篇即可：swing-body ocean buoy、rolling-mass oceanic drifter、ultra-low-frequency ocean monitoring、1.5 Hz drifter motion、15.22° buoy angular motion 这几类各保留 1 篇最有代表性的。

推荐引用文献和链接

用途	推荐文献	可访问链接	这篇能支持什么
Swing-body harvester for self-powered ocean buoy	Li et al., “Study of an Electromagnetic Ocean Wave Energy Harvester Driven by an Efficient Swing Body Toward the Self-Powered Ocean Buoy Application,” IEEE Access, 2019	PDF link	支持“swing-body electromagnetic harvester 用于 self-powered ocean buoy”这一说法；检索结果显示该文 DOI 为 10.1109/ACCESS.2019.2937587 5
Rolling-mass harvester for oceanic drifter	“Electromagnetic rolling mass wave energy harvester for oceanic drifter applications,” EPJ Special Topics, 2022	DOI / article link	支持“rolling-mass wave energy harvester 用于 oceanic drifter applications”；摘要指出 ocean monitoring sensor platforms such as Lagrangian drifters 的自主供能需求推动了该类采能器设计 4
Drifter motion around 1.5 Hz	“Experimental Validation of a Kinetic Energy Harvester Device for Oceanic Drifter Applications”	PDF link	支持“drifter motion 可包含约 1.5 Hz 的 natural pendulum frequency”；检索摘要中明确写到 embedded IMU 测得 natural pendulum frequency of 1.5 Hz 7
Drifter acceleration spectrum around 1.5 Hz	“Design and Testing of a Kinetic Energy Harvester Embedded Into an Oceanic Drifter”	PDF link	支持 oceanic drifter 在海试中存在低频运动；摘要提到 peak-to-peak accelerations of 0.8g，且 power spectra centered around 1.5 Hz and 1 Hz 6
Buoy RMS angular displacement around 15.22°	Jung et al., Nano Energy paper, 2025	PDF link	支持“buoy motion 可达到有限角位移”；检索摘要明确给出 RMS angular displacement = 15.22° and RMS angular velocity = 48.25°/s 10
Ultra-low-frequency wave energy for ocean monitoring	“Ocean wave energy harvesting with high energy density and self-powered monitoring system,” Nature Communications, 2024	Article link	支持 ultra-low-frequency wave environment 与 ocean monitoring/self-powered system 的应用背景；摘要指出系统用于 1–2 Hz ultra-low-frequency wave environment 下的 ocean parameter monitoring 11
Smart ocean ranch / low-power equipment	“A self-powered and self-monitoring ultra-low frequency wave energy harvester for smart ocean ranches,” iScience, 2024	PubMed link / Full text link	支持“smart ocean ranch 环境中 ultra-low-frequency wave energy 可用于 low-power equipment”；摘要中明确写到 ocean ranch environment contains ultra-low-frequency wave energy for powering low-power equipment 3
Marine buoy wave-energy review	Xu et al., “Recent Progress on Wave Energy Marine Buoys,” Journal of Marine Science and Engineering, 2022	PDF link	可作为综述引用，支持 marine buoys 中 heave/pitch/body motion 等波浪诱导运动可用于能量采集 8

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建议你在论文中这样引用

你原句可以改成下面这样，避免说得过满：

The tested angular-response range represents finite low-frequency angular motion, which is relevant to rocking or wave-induced platforms such as floating sensor platforms, ocean buoys, hinged supports, and compliant-mounted systems. Related studies have demonstrated swing-body electromagnetic harvesters for self-powered ocean-buoy applications 5, rolling-mass harvesters for oceanic drifters 4, and ultra-low-frequency wave-energy harvesters for ocean monitoring or smart ocean systems 311. Reported platform-related motions include drifter motion with a natural pendulum frequency of about 1.5 Hz 7 and buoy motion with an RMS angular displacement of approximately 15.22° 10. Therefore, the present tests are intended to validate the nonlinear response under representative finite-angular-motion conditions. For applications with more restricted angular motion, the activation threshold of the high-output branch may be reduced by retuning the spring engagement threshold, geometric ratios, and inertia distribution.

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我建议主文优先引用哪几篇

如果你想精简引用，建议只保留这 5 篇：

1. Swing-body ocean buoy：Li et al., IEEE Access 2019 5
2. Rolling-mass oceanic drifter：EPJ Special Topics 2022 4
3. Ultra-low-frequency ocean monitoring：Nature Communications 2024 11
4. 1.5 Hz drifter motion：Experimental Validation of KEH for Oceanic Drifter 7
5. 15.22° RMS angular displacement：Jung et al., Nano Energy 2025 10

这样就能覆盖你这段话里的全部关键论据。