最优条件

The optimal turned-out slab pile problem is to d etermine N slabs from M related pile locations so that the total turned -out slab pile number can be minimized while the corresponding slab sequence re quirements of the rolling turn are satisfied.

最优倒垛问题是如何从M个相关的板坯垛位中选择N个板坯，在满足相应的轧制单元计划所需要的板坯序列要求的条件下，保证总的板坯倒垛次数最少。

The optimum reaction temperature is 70℃,sulfuric acid is 9% of the quality of tuna oil,reaction time is 6 h.

试验确定反应的最优工艺条件为：反应温度 70℃，浓硫酸用量为鱼油的 9%，反应时间为 6h。

According to tire valve assembling craftwork, give the math model based on Petri Net and stimulate it, and get the best scheme. All these work afford a precondition and macroscopical guidance for study and making out a good function tire valve assembling equipment.3Have a deep research on the whole structure of the assembly equipment. Great innovation is presented in the design process of 9 suits of transmission machine and 5 sets assembly tongs, so that the structure is compact and the tongs have good fuctions. Especially, the design of tongs for extrusion is perfect as the author think.4 Hardware about control is selected carefully and software is programmed seriously.

故此，按照现有的气门芯装配工艺，运用Petri网对气门芯装配进行了数学建模，并对之进行了装配仿真，得出理想状态下的最优方案，为研制高效的气门芯装配系统提供了必要的前提条件和宏观指导； 3对装配系统的整体结构作了深入研究与规划；对9套送料机构和5套装配夹具进行了大胆的创新设计，使得整套系统结构紧凑，装配夹具性能优良，尤其是镦顶夹具的设计，为作者得意之作； 4控制系统硬件进行了精心选型，软件进行了认真编写。

Mathematic models between yield and N fertilizer and plant density for two peanut variety types were set up by using quadratic saturation D-optimization design under single-seed planting.

采用二次饱和D—最优设计建立了精播条件下不同类型花生品种N肥用量和密度与产量的数学模型，探讨肥料与密度的产量效应及优化配置。

by combining the behavioral economics theory and the team production theory, the paper researches the team members'effort, the incentive contracts, and the job assignments in enterprise' team production based on the self-attribution bias.

摘 要：将行为经济学理论与团队生产理论相结合，在考虑团队成员自我归因偏差的条件下，通过建立合作模型，研究企业团队生产中各成员的努力工作程度、最优激励机制以及任务分配，并分析了自我归因偏差对团队生产的动态影响。

By combining the behavioral economics theory and the team production theory, the paper researches the team members' effort, the incentive contracts, and the job assignments in enterprise' team production based on the self-attribution bias.

将行为经济学理论与团队生产理论相结合，在考虑团队成员自我归因偏差的条件下，通过建立合作模型，研究企业团队生产中各成员的努力工作程度、最优激励机制以及任务分配，并分析了自我归因偏差对团队生产的动态影响。

It was carried out to optimize combination scheme experiment of three factors among level-border specifications, irrigation quota and fertilizer methods under the condition of level-border + plastic film irrigation for corn in the sand of soil by cross experiment methods.

为了研究玉米水平畦灌与膜上灌复合节水节肥的效果，采用正交试验法，在沙性土壤上，对复合灌水条件下的水平畦田规格、灌水定额和施肥方式3因素的最优组合方案进行了试验研究。

The use of desulphurisation products can enhance peanut output and, when the appliction rate reaches to 1 percent, the topmost output is obtained and peanut's root nodule growth is stimulated, therefore, the application rate is the optimal in this experiment.

施用脱硫副产物提高了花生的产量，在施用量达到土壤质量1%的条件下，花生获得最高产量，且根瘤生长繁殖受到促进，故该施用量是该实验的最优处理。

Numerical results show that THMD s et can achieve an effect close to that of an ordinary TMD,while out performing TLD and TLCD,that the control-ling performance of THMD set b y the optimum dynamic method is much better than that set by the ge neral methods,and that the design of THMD dimension set by the opti mum dynamic method is more reasonable for using the structural inner s pace.

算例分析表明，THMD可取得与TMD相当，优于TLD、TLCD的控制效果；而运用最优动力方法设置的THMD的控制性能明显优于普通方法，并为适应结构物内部使用空间要求提供了更为宽松的条件。

By using high-resolution reference data to identify accurate GCPs, considering the spacecraft attitude deviations which TBUS can't supply, and adjusting the epoch time and ephemeris data at the criteria of constraint LeastMean-Square-Error, the geolocation accuracy of navigation for AVHRR data can be improved greatly.

由于采用具有足够定位精度的高分辨率参考图象以提取高精度的地面控制点，考虑了TBUS轨道报所不能提供的卫星姿态偏差，对历元时刻和卫星轨道根数进行有约束条件的参数最优调整，可使整条轨道大范围内的AVHRR导航定位精度有较大提高。

Plunder melds and run with this jewel!

掠夺melds和运行与此宝石！

My dream is to be a crazy growing tree and extend at the edge between the city and the forest.

此刻，也许正是在通往天国的路上，我体验着这白色的晕旋。