松弛热 relaxation heat 骨骼肌在等张收缩之后的松弛期产生的热由于肌肉在松弛的时候已去掉或消失了负荷所以松弛热大概与肌肉的代谢过程没有关系而是由于肌肉负荷后伸长而引起的被动效应等长收缩的松弛期被认为只有很少的松弛热这说明了由于肌肉的弹性因素的解放而来的热弹性效应
绝大多数研究发现，在发作的早期应用热疗能提供一个短期的缓解，增加灵活性、降低血管扩展导致的疼痛和松弛僵硬。
Most have found that applying heat in the early stages of an episode provides short-term relief, increasing mobility and reducing pain by dilating blood vessels and relaxing stiffness.
计算得到了杆内温度及位移的分布规律，分析了移动热源速度、弹性模量以及热松弛时间对温度和位移的影响。
The effects of moving heat source speed, temperature-dependent modulus of elasticity and thermal relaxation time on displacement and temperature are studied.
实验表明，在310 ~ 325 K出现的热焓松弛峰的峰高和峰温随存放时间的变化与冷却条件有关。
The experimental results indicated that the changes of height and temperature of the small endothermal peak appearing at 310-325k with storing time is relative to the cooling conditions.
应用推荐