| 1. | Higher salt concentrations alone may inhibit ion uptake .
单单只是盐浓度高就会阻碍离子吸收。 |
| 2. | Especially , drought and high salt concentration are significant factors that limit rhizobium - legume symbiosis
( 2 )土壤干旱和土壤高盐浓度是影响根瘤形成的重要限制因子。 |
| 3. | Used to concentrate and actively secrete the absorbed salts so as to regulate the salt concentration inside the mangroves
盐腺将吸收来的盐份集中及将之排出，用以调节红树体内的盐份浓度。 |
| 4. | Effect of kind of ion , salt concentration , kind and amount of plasticizer and temperature on conductivity were discussed in detail
文中详细讨论了离子种类、盐浓度、增塑剂种类和用量以及温度等因素对其电导率的影响。 |
| 5. | Studies on these surfactants concentrate on the problems of resisting high salt concentration , resisting high temperature , low surfactants loss and low cost
三次采油用表面活性剂的研究趋向主要是耐高含盐量、耐高温、吸附损失低、成本低等方面。 |
| 6. | Results show that particle electrode potential is affected by many factors such as material of particle electrode , inorganic salt concentration and organic compound concentration
结果表明，粒子电极材料、无机盐含量和有机物含量均对粒子电极电位有影响。 |
| 7. | Therefore , the spatial and temporal dynamic of the soil water and salinity , the ground water table and salt concentration are main factors affecting the oasis stability
因此，干旱区流域内土壤水盐和地下水水位、盐分含量的动态变化成为影响绿洲稳定性的重要因素。 |
| 8. | 2 . the change of water content and salt concentration in soil is a dynamic process of balanced accumulation and consumption . it is influenced markedly by the ground water table
而180 《 40cm以下土层主要受地下水的水位、水质影响，因为地下水的总盐含量变化也较小。 |
| 9. | For different material of particle electrode , there are reverse trends of particle electrode potential with the variation of inorganic salt concentration and organic compound concentration
对不同的粒子电极材料，粒子电极电位随无机盐含量和有机物含量变化的趋势不同。 |
| 10. | The results indicated that the higher irrigation quota was , the higher soil moisture content and the lower soil salt concentration was . but the total salt content increased evidently
结果表明高灌水定额下，灌后土壤含水量较高，土壤溶液浓度较低，但总盐量有所增加。 |
