Effect of weight reduction on endothelial function and insulin resistance in obese subjects;
减重对血管内皮功能和胰岛素抵抗的影响
Each kind of laminate was compared with a traditional glass laminate in weight reduction.
研究单层PC、层合PC、PC与有机玻璃层合 (AC/PC)、PC与无机玻璃层合 (G/PC)以及PC与有机玻璃和无机玻璃混合层合 (G/AC/PC)结构的防弹性能 ,对各种结构的减重效果和应用前景进行了分析和比较。
Objective The purpose of the study was to investigate the effect of nutritional intervention on athletic performance in weightlifters undergoing gradual bodyweight reduction and rapid bodyweight reduction in order to improve the performance after the weight loss.
目的:探讨在运动训练中的慢速减体重、赛前快速降体重和赛前体能恢复期间实施营养学干预对运动员减重后运动能力的影响。
Objective To investigate the effect and clinical significance of weight loss for obese or overweight patients with obstructive sleep apnea hypopnea syndrome(OSAHS).
方法采用低热量饮食(84～105kJ/kg)和(或)运动减重后,观察治疗组与对照组自体症状、睡眠监测及血液生化等各项指标的变化情况,并对年龄、性别、治疗前体质量指数(BMI)、呼吸暂停低通气指数(AHI)、吸烟、高血压、糖尿病、高血脂、脑梗死、服药多因素进行Logistic回归分析。
In this pilot scale experiment,the parameters including volume reduction and weight loss,composition change,characteristic of crystalline phases and the leach toxicity of molten slag were investigated at 1 260—1 350 ℃.
采用柴油炉,对杭州某生活垃圾焚烧厂的焚烧飞灰连续进行了6个多月、日处理规模为500 kg的熔融固化中试实验,探讨了在1 260~1 350℃熔融过程中,原灰(未经处理的飞灰)、水洗灰的减容减重、成分变化、物相组成以及熔渣浸出毒性的变化规律,同时对烟气中的二恶英和常规污染物进行了测试。
The relationship between weight loss and strength loss is also discussed to better control the cellulose enzymes treatment process.
为去除亚麻/黄麻针织坯布表面的绒毛,改善其柔软性能,探讨了用纤维素酶处理工艺来提高其服用性能的方法,选取酶用量、pH值、处理温度和处理时间四个因素作为正交实验的因子,进行了四因素四水平的正交实验,选用织物减重率和顶破强力损失率作为评价指标,通过对实验结果的分析,确定了合理的纤维素酶处理工艺条件,并得出了减重率与强力损失率间的线性关系,以期在生产中能很好地控制纤维素酶处理的程度和效果。
The influence of gravity on the polymeric formation including enhanced gravity, reduced gravity and microgravity has been summarized with 34 references.
文中分增重力、减重力和微重力３ 部分阐述了近年来重力对聚合物形成影响研究概况，重点介绍了微重力下聚合物的一些研究成果，并指出了今后的发展方向。
In this paper the electrostatic reduced gravity equation was established on the basis of mechanical theory.
本文根据力学原理首次建立了静电减重力方程，再根据电磁场理论导出了平板电极下聚合物薄膜表面的自由电荷面密度，从理论上计算了静电减重力装置中聚合物薄膜的减重程度，为太空实验研究提供了依
On the basis of GB 5409-85 reducing weight method,using filter paper in place of sea-sand,omitting the process of water bath concentration,the milk was once dried to constant weight,and the measuring time was shortened from 4～5hrs to 90～120 minutes.
在GB 5409-85减重法的基础上，以滤纸代替海砂，略去水浴浓缩过程，烘箱内一步干燥至恒重，使测定时间从4～5h缩短至90～120min，与GB 5409-85减重法相比测定时间大大缩短，准确度无差异。