Balance Behavior(平衡行为)研究综述
Balance Behavior 平衡行为 - This balance behavior has an obvious advantage over that of monocomponent Ni3Fe/rGO and Co9S8/rGO catalysts. [1] Coaction could be capitalized on to more effectively promote both energy-balance behaviors. [2] 1–3) Lab-scale experiments,4,5) theoretical model based on force analysis, and discrete element method (DEM) simulations,6–8) were all employed to investigate the imbalance behavior at bell-less top with parallel type hopper. [3] CONTEXT: Previous work suggests that balance behavior is a sex-dependent, complex process which can be characterized by linear and nonlinear metrics. [4]这种平衡行为比单组分 Ni3Fe/rGO 和 Co9S8/rGO 催化剂具有明显的优势。 [1] 可以利用合作来更有效地促进两种能量平衡行为。 [2] 1-3) 实验室规模的实验，4,5) 基于力分析的理论模型，以及离散元法 (DEM) 模拟，6-8) 均用于研究平行式料斗的无铃顶部的不平衡行为. [3] 语境： 以前的工作表明，平衡行为是一个依赖于性别的复杂过程，可以通过线性和非线性度量来表征。 [4]
Energy Balance Behavior 能量平衡行为
present a compelling argument regarding the role of biology, specifically circadian and circannual rhythms (referred to as the circadian and circannual rhythm model, CCRM), in conjunction with energy balance behaviors that are influenced by “social demands”, in seasonal differences in growth patterns of height and weight of youth. [1] BackgroundFew interventions have shown efficacy to influence key energy balance behaviors during the preschool years. [2] Furthermore, few studies on obesity and the BE have included intermediate energy balance behaviors, such as diet and physical activity, or explored the potential roles of social interactions or psychosocial pathways. [3]提出了一个关于生物学作用的令人信服的论据，特别是昼夜节律和昼夜节律（称为昼夜节律和昼夜节律模型，CCRM），以及受“社会需求”影响的能量平衡行为，在生长模式的季节性差异中青春的身高体重。 [1] 背景很少有干预措施显示出影响学龄前关键能量平衡行为的功效。 [2] 此外，很少有关于肥胖和 BE 的研究包括中间能量平衡行为，例如饮食和身体活动，或探索社会互动或心理社会途径的潜在作用。 [3]