| 1. | The compensation must be insensitive to temperature and to lateral dislevelment .
补偿作用必须不受温度和侧向不水平的影响。 |
| 2. | Shrinkage of cement - based materials and the shrinkage - compensating effect of expansive agents
水泥基材料的收缩与膨胀剂收缩补偿作用探讨 |
| 3. | Hydraulic compensation in northern rocky mountain conifers : does successional position and life history matter
补偿作用是否与演替位置和生活史相关 |
| 4. | The simulation results indicate that the method for compensating delay is effective for both constant - velocity and maneuvering target
仿真结果表明该方法可以起到较好的延时补偿作用。 |
| 5. | The second step used a robust controller design to build a closed - loop control system with excellent robustness
再通过补偿作用来实现反馈线性化和反馈“确定性化” ，将强不确定性对象化为弱不确定性。 |
| 6. | The expansive experiment shows steel slag can compensate the concrete shrinkage during a long time and hybrid fiber restrains the concrete shrinkage
钢渣掺合料对混凝土收缩具有长期补偿作用，混杂纤维起到抑制混凝土收缩的作用。 |
| 7. | The expansive characteristics of new mgo - based expansive materials and the compensating shrinkage of cement paste with high c3s content were investigated
摘要主要研究了新型镁质膨胀材料对高c3s含量（质量分数为64 . 4 % ）水泥浆体收缩的补偿作用。 |
| 8. | With a large area , china is place where natural risk occurs frequently . every year thousands of billions of economic loss is occurred due to natural risk and grave accident , while guarantee and compensation function of insurance are dwarfed by that
我国幅员辽阔,属于自然灾害多发区,每年因自然灾害、重大事故所遭受的经济损失达数千亿元,而保险的保障和补偿作用却相形见绌。 |
| 9. | Objective and significance : in this study , tetraselmis tetrethele was used as experimental material for studying the effect of compensation and overcompensation and its regularities on physiology and biochemistry
目的和意义：本研究以四列藻为材料，对其在环境因子胁迫下产生补偿和超补偿作用进行了探讨和研究，同时，对其在补偿生长过程中细胞生理生化等方面的一些变化规律进行了揭示和阐述。 |
| 10. | However , the arisen time of overcompensation was different under different stresses , and it appeared at initial - middle stage under the stresses of nutrients limitation and light limitation , while at middle - later stage under the stress of salinity for the cause of the lag effect of osmosis regulation . in addition , the overcompensation in microalgae was probably one internal cause of algae bloom
另外，营养限制胁迫和光限制胁迫下产生的超补偿作用主要是表现在培养过程的初中期，而对于盐胁迫下产生的超补偿作用，由于渗透调节过程的“滞后效应” ，因而其在培养过程的中后期表现得更明显。 |
