渗漏的

To breed grafting watermelon Zhuang Miao, terminal of promotion of farming ability of terminal of farming ability promotion and peaceful wave city is in county of peaceful 2005 sea jointly town of street of Ning Hai's head of a county undertook inside the grow seedlings canopy of Shao Xingyong of village of palace of empress or imperial concubine of the first rank " in mother " the card is compressed model matrix nutrition earthen bowl Ci Xi, summarize test result as follows now. Earthen bowl of nutrition of the compression that 1 experiment process suits grafting watermelon grow seedlings to use matrix has 6cm × 2.5cm or 5cm × 2.2cm, what this we choose is 6cm × 2.5cm, smooth squeezing ramming should make seedbed copy first when grow seedlings, seedbed upper berth lies between water to use deep plastic film, in order to prevent moisture leakage and root system next plunging into, make sure nutrient earthen bowl is even and bibulous, filmy all around left and right sides of tall 6cm of bed a low bank of earth between fields, avoid prediction of a person's luck in a given year of moisture side direction.

为了培育嫁接西瓜壮苗，2005年宁海县农技推广总站和宁波市农技推广总站共同在宁海县长街镇娘娘宫村邵兴永的育苗棚内进行了"中慈"牌压缩型基质营养钵(慈溪市中慈生态肥料有限公司生产)和常规塑料钵育苗对嫁接西瓜秧苗素质影响的对比试验，现将试验结果总结如下。1试验过程适合嫁接西瓜育苗用的压缩型基质营养钵有6cm×2.5cm或5cm×2.2cm，这次我们选用的是6cm×2.5cm，育苗时要先将苗床底整平压实，苗床上铺隔水用厚塑料薄膜，以防止水分渗漏和根系下扎，保证营养钵均匀吸水，薄膜四面床埂高6cm左右，防止水分侧向流失。

Physical stability of liposomes plays the critical roles in various stages of the applications and development of liposomes. In this study, we applied low molecular weight chitosan to modify the liposomes surface, and investigated the physical stability of liposomes, Moreover, we encapsulated cantharidin to study the effects of chitosan which cause drug leakage.

微脂粒稳定性的研究在其应用发展上占有举足轻重的影响，因此本研究利用低分子量水溶性几丁聚醣来修饰微脂粒表面，观测几丁聚醣对微脂粒物理稳定性的影响，同时也一并探讨包覆抗癌药物斑蝥素，几丁聚醣对微脂粒包覆斑蝥素的渗漏情形。

Many research works have been done on the moving characteristics of ground-fluid controlled by structural stress in China and abroad , but the research on microseepage of microcrack caused by Earth tide is complete blank .

目前国内外对构造应力作用下地球内部流体运动的规律与特征的研究已经很多，但面向地应变固体潮对地壳微裂缝系统的微渗漏作用影响的研究尚属空白。

Key components installed ink, adjust the blade support shaft section of copper Cap nut, the blade front-end on either side of half-round slot is placed in the kuyto specialadhesive Groove at the antileakage gum, tighten the screws, the installation is complete with rubber extrusion antileakage blade, the two-blade antileakage glue between the slot from semicrcular extpuded, producing gum in the column so that you can more effectively prevent ink seepage.

在安设不朱键组件时，调动不朱刀支架轴段的铜螺帽，不兵不朱刀前端两侧的半圆槽安插在托不活胶槽处的防漏胶上，拧不松变动螺丝，安设达成后用不朱刀挤压防漏胶，不兵两不朱刀之间的防漏胶从半圆槽洋挤出，爆发胶柱，这样不离可以更灵验不天避免油不朱渗漏。

Using organic fertilizers to replace 20～30% chemical fertilizers could reduce more than 30% TN loss in rainfall runoff, seeding-period and field-baking-period drainage, and could decrease 19.43～25.91% leaching loss of TN. In wheat field, using organic fertilizers to reduce 20% chemical fertilizers, in which refined organic fertilizers could reduce 2.59kg/ha leaching loss coefficient of TN, zymolytic pig ordure could increase 2.22kg/ha leaching loss coefficient of TN.

水稻田在增施有机肥而减少20～30％化肥用量的情况下，包括降雨径流、播期和烤田排水的TN流失量可以减少30％以上，TN渗漏淋失可以减少19.43～25.91％；麦田在增施有机肥而减少20％化肥用量的情况下，施用精制有机肥可以减少TN淋失2.59kg／ha，施用发酵的猪粪则增加TN淋失2.22kg／ha；蔬菜轮作试验表明，相同施肥量下，适当使用精制有机肥可以减少TN淋失12.80kg／ha。

To research seep of big water establishment and to improve storage efficiency of riverway reservoir ,to reduce most limit seep and leakage,it is important measure to improve the efficiency of reservoir .

研究大型水利设施的渗流问题，提高河道水库的库存效率，最大限度的减少渗流、渗漏，是提高水库利用效率的重要措施，对促进区域国民经济和可持续发展具有重要意义。

The warehouseman is not responsible for shrinkage in weights or evaporation, or for loss or damage caused by fire, decay, taint, rot or other inherent qualities of the merchandise; or by earthquakes, riots, strikes, accidental or providential causes or other causes beyond the warehouseman' s control; or by breakage, leakage, improper packing, pilferage, theft, rot, vermin, or water; or by destruction of, or interference with the refrigerating or cooling apparatus, connection, or supply pipe, or interruption of the refrigerating process; or by temperatures furnished; or for any loss or damage of whatsoever nature and howsoever caused unless such loss is caused by failure to exercise the ordinary degree of care required of warehousemen by law.

仓库业者对重量减少或蒸发，或因火灾、腐朽、腐坏、腐烂或其他货物本身质地因素，或因地震、暴乱、罢工、意外原因或其他不为仓库业者所能控制的原因，或因破损、渗漏、包装不当、偷窃、盗窃、腐烂、虫害、或水害，或因冷冻设备、连接管道或供给管道受到破坏或干扰、或制冷程序受到干扰所造成的灭失或损失，或因其他任何性质或原因所造成的灭失或损失一律不负责任，除非此种灭失是因仓库业者没有克尽职责而造成的。

The warehouseman is not responsible for shrinkage in weights or evaporation, or for loss or damage caused by fire, decay, taint, rot or other inherent qualities of the merchandise; or by earthquakes, riots, strikes, accidental or providential causes or other causes beyondthe warehouseman's control; or by breakage, leakage, improper packing, pilferage, theft, rot, vermin, or water; or by destruction of, or interference with the refrigerating or cooling apparatus, connection, or supply pipe, or interruption of the refrigerating process;or by temperatures furnished; or for any loss or damage of whatsoever nature and howsoever caused unless such loss is caused by failure to exercise the ordinary degree of care required of warehousemen by law.

仓库业者对重量减少或蒸发，或因火灾、腐朽、腐坏、腐烂或其他货物本身质地因素，或因地震、暴乱、罢工、意外原因或其他不为仓库业者所能控制的原因，或因破损、渗漏、包装不当、偷窃、盗窃、腐烂、虫害、或水害，或因冷冻设备、连接管道或供给管道受到破坏或干扰、或制冷程序受到干扰所造成的灭失或损失，或因其他任何性质或原因所造成的灭失或损失一律不负责任，除非此种灭失是因仓库业者没有克尽职责而造成的。

The warehouseman shall not be liable for loss, damage or delay caused by Acts of God, war, civil or military authority, insurrection, riot, strikes, labor disputes, fire, sprinkler leakage, flood, wind, storm, vermin, change of temperature, variations in weights, or for loss in weight by reason

因不可抗力损失、战争、政府或军队命令、起义、骚乱、罢工、劳资纠纷、火灾、喷水设备渗漏、水灾、大风、风暴、虫害、温度变化、重量变化所造成的灭失、损失或延误，或因容器的瑕疵或短缺造成的重量损失，仓库业者概不负责，除非此种灭失、损失或延误是因仓库业者没有克尽职责而造成的。

It is presented in many aspects such as systematization of design,variability of roof style,reasonability of roof structure ,standardization of waterproofer and modernization of insulation construction,etc.

随着相关技术规范和防水材料标准的出台，我国屋面工程技术有了较大发展，具体表现在屋面设计系统化、屋面形式多样化、屋面构造合理化、防水材料标准化和保温层作法现代化等方面，从而使屋面工程质量有了较大幅度的提高，屋面渗漏率有了较大幅度的下降，我国屋面工程已进入一个崭新的发展阶

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。