1) intermittent training method
间歇训练法
1.
Through analysing the classification of intermittent training method,the paper reveals the features of different intermittent training methods,providing the theoretic basis for practical training.
揭示了不同间歇训练法的特点,从而为实际训练提供了理论依据。
2.
The thesis reveals the features of different intermittent training methods and proposes a base of the theory for practical training by making a classified research on intermittent training method.
通过对间歇训练法分类的研究,揭示了不同间歇训练法的特点,从而为实际训练提供了理论依据。
2) Interval training
间歇训练法
1.
The application of interval training in Sanshou training;
间歇训练法在散打训练中的应用
3) intermission training method
间歇训练法
1.
Adapting development rule of the intermission training method of the middle-long distance running events,from the taining rules that combining tradition with innovation,applying training on the basis of events,classifying the intermission training method,it has made a detailed analysis of the exertion of the intermission training method of training in the middle-long distance running events.
顺应中长跑项目间歇训练方法的发展规律,从传统与创新相结合、因项施训原则出发,对间歇训练法进行分类梳理,并就其在中长跑项目训练中的运用进行细致的分析。
4) slow interval training
慢游间歇训练法
5) fast interval training
快游间歇训练法
6) intermittent training
间歇训练
1.
Experimental study on the intermittent training of male-athletes in 400m race;
男子400m运动员间歇训练的实验研究
2.
Since the equalizer of this system works in an intermittent training mode, the equalizing operation quantity is greatly reduced, so the equalization function can be achieved by only one DSP chip ADSP 21020.
系统均衡采用间歇训练的自适应工作方式 ,运算量大幅度降低 。
3.
A group was fed for 6 weeks routinely and B group were given intermittent training for 6 weeks.
方法:将大鼠随机分为两大组:对照组(A组)和间歇训练保护组(B组),A组常规喂养6周,B组间歇训练6周,6周后,除安静组外,其它组进行一次性力竭游泳训练,分别在即刻、6小时和24小时取材。
补充资料：定序间歇反应法
分子式：
CAS号：
性质：一种充排式活性污泥系统。与传统活性污泥法一样，有曝气与沉淀过程，不同之处在于传统活性污泥法中各个过程分别在不同池子中同时进行，而在定序间歇反应器操作(常采用充水、反应、沉降、排水、停运等5个操作步骤，排泥未包括在内)中，各过程顺序在同一池子中进行，不需活性污泥回流系统。
CAS号：
性质：一种充排式活性污泥系统。与传统活性污泥法一样，有曝气与沉淀过程，不同之处在于传统活性污泥法中各个过程分别在不同池子中同时进行，而在定序间歇反应器操作(常采用充水、反应、沉降、排水、停运等5个操作步骤，排泥未包括在内)中，各过程顺序在同一池子中进行，不需活性污泥回流系统。
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