From microbubbles to macro-control: Linking ultrasound-induced microarchitecture to precise drug release kinetics from acoustically responsive scaffolds [0.03%]
从微气泡到宏观控制：声控支架的超声诱导微结构与精准药物释放动力学之间的关系链接
Haijun Xiao,Jinye Xie,Somnath Maji et al.
Haijun Xiao et al.
Spatiotemporally controlled drug delivery systems are pivotal for advancing personalized medicine, yet programming precise release kinetics within implantable materials remains a significant challenge. Acoustically responsive scaffolds (ARS...
Dynamic behavior of double-cube multi-bubble system driven by square waves [0.03%]
方波驱动下单个双立方多气泡系统的动态行为研究
Wurihan Bao,De-Xin Wang,Haiying Han
Wurihan Bao
This study investigates the radial dynamics of a hierarchically arranged 17-bubble system consisting of eight outer-cube bubbles, eight inner-cube bubbles, and one central bubble under finite-bandwidth square-wave excitation. The bubble pos...
Effects of operating parameters on bubble collapse temperature and sonochemical product yields in dual‑frequency acoustic cavitation [0.03%]
操作参数对双频声空化中空化泡崩溃温度及声化学产物产率的影响研究
Liang Lv,Peng Zheng,Bing Cui
Liang Lv
This work presents a single‑bubble model for dual‑frequency acoustic cavitation in an O2 environment. Dual-frequency acoustic cavitation generates extremely high temperatures in liquids, thereby driving complex sonochemical reactions. How...
Enhanced okara bioconversion and protein recovery through Aspergillus luchuensis fermentation and ultrasound processing [0.03%]
曲霉发酵和超声波处理改善Okara生物转化及蛋白质回收率
Weimin Meng,Miao Hu,Shanshan Wang et al.
Weimin Meng et al.
Okara, a nutrient-rich residue generated during soybean processing, has considerable potential as a fermentation substrate. However, its compact fibrous matrix restricts microbial access to nutrients and hinders subsequent protein recovery....
Effects of air oversaturation and wettability on ultrasonication-generated surface microbubbles and their implications for froth flotation [0.03%]
过饱和空气和润湿性对超声波生成表面微气泡的影响及其在浮选中的应用探讨
Ming Xu,Haijun Zhang,Martin Rudolph
Ming Xu
Surface microbubbles generated during ultrasonic pretreatment can enhance froth flotation. However, the effective utilization of these microbubbles requires air-oversaturated conditions in the liquid after ultrasonication. To verify this re...
Vacuum-pulsating ultrasound synergy for efficient extraction of bioactive substances from Lonicera japonica [0.03%]
真空脉动超声协同提取忍冬活性成分的研究
Dong Wang,Chun Wang,Yifan Zhao et al.
Dong Wang et al.
This study presents a vacuum pulsating ultrasound extraction (VP-UE) technique for extracting bioactive compounds (chlorogenic acid(CGA),total flavonoids(TF),polysaccharides(PS)) from uncrushed and microcrushed Lonicera japonica (Flower bud...
Ultrasound-assisted maillard conjugation of gliadin with dextran and fucoidan to enhance hydrophilicity for hydrogel applications [0.03%]
超声波辅助麦醇溶蛋白与糊精和昆布素的美拉德缩合反应提高亲水性用于水凝胶应用
Hyun Ju Lee,Jong Hyeon Han,Su Min Park et al.
Hyun Ju Lee et al.
Despite being an abundant wheat protein, gliadin finds limited use in food matrices because of its high hydrophobicity and rapid self-aggregation in aqueous media. Given that glycation increases protein hydrophilicity and can be rendered mo...
Tri-frequency ultrasound-assisted extraction of phenolic compounds from Citrus maxima/grandis peels: Process optimization and cultivar-dependent phytochemical profiling [0.03%]
三频超声波辅助提取柚子皮酚类化合物：工艺优化和品种依赖性植化分析
Faryal Asif,Liu Jiangtao,Li Yabo et al.
Faryal Asif et al.
Pomelo (Citrus maxima/Citrus grandis) peels habitually discarded as agronomic waste, holds a valuable reservoir of bioactive secondary metabolites. To promote sustainable waste valorization, this study investigated tri-frequency ultrasound-...
Study on surface integrity modulation of 1Cr12Ni3Mo2VN steel by ultrasonic impact treatment and its inhibition mechanism against water erosion damage [0.03%]
超声冲击处理对1Cr12Ni3Mo2VN钢表面完整度调控及其抗液蚀损伤机理研究
Tong Ran,Peihan Lin,Fei Sun et al.
Tong Ran et al.
During service, last-stage steam turbine blades are subjected to repeated high-velocity droplet impacts, leading to severe water erosion and a marked reduction in service life and reliability. In this work, a combined methodology integratin...
Gas-resolved energy partitioning in a high-frequency sonoreactor: decoupling cavitation-driven reactivity from non-cavitational dissipation [0.03%]
高频声化学反应器中基于气泡尺度的能量分配：解耦空化诱导活性与非空化能量耗散
Oualid Hamdaoui,Abdulmajeed Baker,Lahssen El Blidi et al.
Oualid Hamdaoui et al.
A gas-resolved energetic and mechanistic framework was developed to determine how acoustic power dissipated in a high-frequency sonoreactor is partitioned between cavitation-dependent and non-cavitational contributions, and how this partiti...