1.
The clay dolls slipped off their chairs and began to gutter in the rain.
泥偶都从椅子上跌下来，在雨中渐渐地化掉。
2.
Occasionally knead and re-form the bar so that a fresh portion contacts the vehicle.
偶尔重新捏塑清洁泥以便使车身能接触到清洁泥的干净部分。
3.
Reduction of Excess Sludge Production by Uncoupled Metabolism in Activated Sludge Process;
解偶联代谢对活性污泥工艺中剩余污泥的减量化作用
4.
Research on the Mechanism and Evaluation for Minimization of Excess Sludge Production by Metabolism Uncoupling;
解偶联用于污泥减量化的机理和污泥减量化效果评价研究
5.
Studies on Reducing Sludge Yield by Using Auncoupler in the Activated Sludge Process;
活性污泥工艺中投加解偶联剂削减剩余污泥产量的研究
6.
Study on the Effect of Uncoupler on the Performance of Heavy Metal Wastewater Sludge;
解偶联剂对重金属污水污泥性能的影响研究
7.
Study on Sludge Reduction by Cooperation Action of Cu～(2＋) and Uncoupler;
铜离子与解偶联剂协同下的污泥减量作用研究
8.
An Investigation into the Mechanism of Silane Coupling Agent on Interfacial Transition Zone between Granite and Cement Paste;
花岗岩/硅烷偶联剂/水泥浆界面层形成机理研究
9.
Minimization of Excess Sludge Production by Metabolism Uncoupling;
解偶联用于污泥减量化的技术与机理研究
10.
Azo-dye Adsorption of Active Carbon, Charcoal, Modified Sludge
活性炭、木炭、改性污泥对偶氮染料吸附性能研究
11.
Research on Compressive Strength of Cement Mortar with Rubber Dealt with Si-69 Coupling Agent
Si-69偶联剂处理的橡胶水泥砂浆抗压强度研究
12.
Eric is sad because his idol has feet of clay.
埃里克心里很难受，因为他崇拜的偶像竟是泥足巨人。
13.
Comparative Study on Sludge Production in SBBR System under OSA Operational Process;
一体式SBBR能量解偶联OSA工艺污泥产率的对比研究
14.
Studies on the Action Mechanism between SCA Modified Granite Aggregates and Cement Pastes;
硅烷偶联剂改性花岗岩骨料与水泥浆作用机理研究
15.
Some Influencing Factors of Properties of Granite/ Silane Coupling Agent/ Cement Paste Interfacial Layer and Its Modifying Mechanism;
花岗岩/偶联剂/水泥砂浆界面层性能的若干影响因素及其改性机理
16.
Investigation into the Fate of a Metabolic Uncoupler, 2,6-Dichl-Orophenol in the Sequence Batch Reactor System
解偶联剂2，6-DCP在活性污泥中的迁移转化特性研究
17.
Biodegradation of azo dye C. I. Acid Red 73 in anaerobic baffled reactor sludge
厌氧折流板污泥对偶氮染料酸性大红GR的生物降解性能研究
18.
true mosses: bryophytes having leafy rather than thalloid gametophytes: comprises orders Andreaeales; Bryales; Dicranales; Eubryales; Sphagnales.
苔藓；多叶而非叶状配偶体的苔藓植物；黑藓目；真藓目；曲尾藓目；真藓目；泥炭藓目。