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持水量
保水力
持水能力
1、holding up───v.停车( hold-up的现在分词 ); 停顿; 停止; 支持；举起；阻挡；拦截（holdup的现在分词形式）
2、holding on───留住（歌曲名）
3、holding───n.(Holding)（美、英、加、澳）霍尔丁（人名）；n.股份；私有财产；馆藏；租种的土地；v.持有；召开；担任；握住（hold的现在分词）
4、same capacity───相同容量
5、capacity management───[计] 容量管理
6、carrying capacity───n.载流容量，承载能力; 载重; 载量；[力][铁路]承载能力；载运容量
7、excess capacity───超额生产能力；过剩设备
8、battery capacity───[电]电池容量；[电]蓄电池容量
9、capacity───n.能力；容量；资格，地位；生产力
1、statistical analysis, the effect of sodium lactate, sodium hexametaphosphate and sodium pyrophosphate on water-holding capacity values is significant.───统计分析结果表明：乳酸钠、六偏磷酸钠和焦磷酸钠对牛肉的持水力值影响显著。
2、Moreover, the impacts of both water holding capacity and binding material in relation to this process have been investigated.───此外，进一步研究了该变化过程中土壤持水能力的变化以及土体内胶结物质所起的作用。
3、salt-coagulant concentration in soymilk increased, tofu-gel strength increased, whereas water-holding capacity decreased.───增加盐类凝固剂浓度，可以强化豆腐凝胶强度，但对保水性有弱化作用。
4、The effect of compound additives on water-holding capacity of beef was optimized by response surface methodology.───基于响应面法优化了复合添加剂提高牛肉保水性的添加比例。
5、High pressure effects on fish lipid degradation: Myoglobin change and water holding capacity.───高压对鱼脂类降解的影响：肌红蛋白的变化及其锁水性。
6、They were similar in water holding capacity and gel strength.───两种蛋白质水合能力和凝胶性质相近；
7、The litter amount and the maximum water-holding capacity is large in the Selective-cutting Zone at lower cutting intensity.───择伐带在低采伐强度枯落物量和最大持水量较大。
8、The higher the drying temperature is, the lower the water holding capacity at the same RH value is.───在相同相对湿度条件下，乾燥温度愈高，其持水能力愈低。
9、The soybean variety Zhongnong13 was used to study the effect of soaking, heating and coagulating conditions on tofu-gel strength and water-holding capacity.───以大豆品种中农13为试验材料，研究不同浸泡条件、加热条件以及凝固条件对豆腐凝固质量特性的影响。
1、According to statistical analysis, the effect of sodium lactate, sodium hexametaphosphate and sodium pyrophosphate on water-holding capacity values is significant.
2、Using the method of experiment, the benefits of Bryophyta layers on anti-scourabili-ty, rainfall erosion-resistant and water-holding capacity are comprehensively determined.
3、Compared to the south side, the piezometric head have slower change, drained strength is smaller, and water-holding capacity is bigger in the soil of the north side as the compacted soil.
4、While for the bentonite-sand mixtures saturated under free condition, the water-holding capacity is found to be constant with different dry densities.
5、Experimental results show that fine texture soil layer overlying coarse texture soil layer can markedly increase water-holding capacity and get some supplement of water after reaching field capacity.