2) physiological load intensity
生理负荷强度
1.
An analysis of the physiological load intensity applied to different teaching material contents in physical education courses opened in colleges and universities;
高校体育课不同教材内容的生理负荷强度分析
3) load intensity
负荷强度
1.
Methods of selecting load intensity in speed-strength training using theory of sports biomechanics;
快速力量训练负荷强度的生物力学确定方法述评
2.
Effect of aerobic exercises and its load intensity on mental health for children;
有氧锻炼负荷强度对儿童心理健康的影响
3.
An analysis of physiological workload intensity in P.E. classes of universities in East China;
华东地区高校体育课生理负荷强度的分析
4) load strength
负荷强度
1.
The research and application of the load strength of bodybuilding;
健身负荷强度的研究与应用
5) load distribution
负荷分布
1.
Diesel engine load distribution and exhaust emissions under real-world driving condition;
实际行驶工况下柴油车发动机负荷分布及排放
2.
A new method for calculating load distribution on harmonic rolling bearing;
谐波轴承负荷分布的一种新算法
3.
It studied the improving effect of preloading on rigidity and the load distribution of balls.
文章在对滚动直线导轨承受负荷时的受力情况进行分析的基础上,研究了预加负荷对钢球刚性的提高,钢球负荷分布状态的改善。
6) Loading distribution
负荷分布
1.
Effect of loading distribution on boundary layer development with unsteady inflow condition was investigated by numerical simulation, in order to find out the adapted loading distribution for low pressure turbines working at low Reynolds number.
利用数值模拟手段研究了非定常来流条件下负荷分布形式对边界层发展的影响,探讨了适合低雷诺数条件下低压涡轮的负荷分布形式。
2.
The relationship between unsteady flow and blade loading distributions is very important in the design of turbomachinery.
叶轮机内部非定常流动与叶片表面负荷分布之间的关系对于叶轮机的设计非常重要。
3.
To examine the influences of some typical design parameters(the inlet flow condition,blade number,and vane loading distribution) on the performances of the return vanes in a two-stage centrifugal compressor,a series of return vanes were designed and analyzed numerically by 3-D viscous code.
基于对流动机理的认识,进一步对比分析了进口流场,叶片数,负荷分布形式对回流器流动结构和性能的影响。
补充资料:表光合强度(见光合强度)
表光合强度(见光合强度)
forecast of sowing or transplanting time
b iaoguanghe qiangdu表光合强度见光合强度
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条