1) water holding capacity
系水力
1.
Factors affecting the water holding capacity(WHC) of meat products,as well as ways for increasing the WHC,are discussed from the point of view of raw material,technology and additives.
本文从原料、工艺、添加剂等方面阐明了影响肉与肉制品系水力的因素和提高途径。
2.
The cook loss,water holding capacity and pH were measured.
将宰后4、12、24和48h的分割猪后腿肉进行常规冷冻,经0～4℃解冻后制成肉糜,于0～4℃存放1W,测定蒸煮损失、系水力、pH值等指标随贮藏时间的变化状况,以确定不同宰后时间冻结对肉糜品质指标的影响规律。
3.
01), and the mean muscle water holding capacity of individuals with genotype GG and AA was significant higher than that of genotype GA(P < 0.
01);该座位不同基因型个体的肌肉系水力也差异显著,GG和AA基因型个体肌肉系水力显著高于GA基因型个体(P<0。
2) WHC
系水力
1.
Effect of calcium chloride on WHC of beef;
氯化钙处理对牛肉系水力影响的研究
2.
Effect of Calcium Chloride on Tenderness and WHC of Mutton;
CaCl_2处理对羊肉嫩度和系水力的影响
3) hydraulic connection
水力联系
1.
2 coal seam have very poor hydraulic connection.
通过对申家庄煤矿扩大区2号煤层开采的水文地质条件分析,认为扩大区2煤以上各基岩含水层之间,分布有稳定的厚层粉砂岩和泥岩,构成良好的隔水层,且区内断层不导水,故2号煤以上各基岩含水层之间水力联系差,该区在原始状态下地下水不会对2号煤层开采造成影响,但在采动情况下水库水体对扩大区开采以及扩大区开采对水库有何影响还需进一步研究。
2.
According to the observed data, the hydraulic connection characteristics of pore water and river water are analyzed.
并根据江阴长江公路大桥地基基础安全监测成果,分析了孔隙水与长江水的水力联系。
3.
The results show that no direct hydraulic connection exists between the explored aquifer III and surface water,but hydraulic connection exists between Ⅰ and Ⅱ aquifers.
本文以采样和测试取得的第一性资料为依据,配合水源地勘察和群孔抽水试验开展河北滦南姜泡水源地第四系含水层同位素水文地质研究,查明天然和开采状态下地下水环境同位素丰度及其变化规律性,结果表明Ⅰ、Ⅱ含水层地下水与河水存在水力联系,是近代渗入成因水。
4) hydraulic system
水力系统
1.
Series solution to waterhammer of simple pipe hydraulic system;
简单管水力系统水击的级数解析解
2.
Research on interactions between hydraulic system and power system;
水力系统与电力系统相互影响研究
3.
The current status of the hydraulic system of Ku-Shan Pipeline and the Second Lun-Ku Pipeline is introduced in this paper.
介绍了库鄯线与轮库复线水力系统的现状。
5) hydraulic coefficient
水力系数
6) hydraulic relationship
水力联系
1.
In this paper,stable isotope hydrogen and oxygen and radioisotope tritium were used to analyze hydraulic relationship among different water bodies in Jinchuan mine,and to preliminarily determine the primary rechargement to mine drainage.
利用氢氧稳定同位素(δD、δ18O)和放射性同位素氚(T)分析了金川矿区不同水体间的水力联系,初步判断了井巷排水的主要补给源,研究结果表明:金川矿区井巷排水是深部基岩裂隙水和经过蒸发效应的大气降水混合的产物,不同地段排水中生产水与深部基岩裂隙水比例不同,深部基岩裂隙水比例16%~83%,生产水比例84%~17%;井巷排水主要为上世纪60年代或70年代补给的充填析出水。
补充资料：系狗当系颈
1.比喻办事当抓住关键。
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