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optimal process     
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  最佳工艺
     The optimal process conditions have been proposed: c (NiSO 4)=0.5~1.5 mol/L, n (C 2O 2- 4)∶ n (Ni 2+ )=1.2~1.3∶1, pH=4~5, precipitation temperature is 45~55 ℃, calcination temperature 500~900 ℃, calcination time 4~6 h.
     得出了最佳工艺条件 :c(NiSO4 ) =0 .5~ 1.5mol/L ,n(C2 O2 - 4)∶n(Ni2 + ) =1.2~ 1.3∶1,pH =4~ 5,沉淀温度 4 0~ 55℃ ,煅烧温度 50 0~ 90 0℃ ,煅烧时间 4~ 6h .
短句来源
     Optimal Process of (Ni-α-Al_2O_3) (Nano-composite) Electroplating
     Ni-α-Al_2O_3纳米复合电镀最佳工艺条件的确定
短句来源
     The optimal process is obtained by orthogonal test: pH = 5 , temperature is 75 *C; Ti(OC4H9)4:ZrO(NO3)2:Pb(Ac)2:Hacac:CH3OH = 0.5 : 0.5 : 1.2 : 3 : 40 (mol ratio).
     最佳工艺条件为:Ti(OC_4H_9)_4:ZrO(NO_3)_2:Pb(Ac)_2:Hacac:CH_3OH=0.5:0.5:1.2:3:40(mol ratio),pH=5,反应温度75℃。
短句来源
     The optimal process conditions for the microwave leaching were determined to be: the reaction time 4 min,HCL concentration 1 mol/L and solid/liquid ratio 25∶1,at which the Pb and Zn recoveries were higher than 95%.
     确定了微波浸出的最佳工艺条件:反应时间4 min、盐酸浓度1 mol/L、液固比25∶1,得到Pb、Zn回收率大于95.00%。
短句来源
     The optimal process conditions are as follows: current density of 2 ~ 4 A/dm2 and electro-plating time of 30 ~ 60 minutes.
     铝镀层的最佳工艺为电流密度2~4A/dm2,电镀时间30~60min。
短句来源
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  优化工艺
     The optimal process of cotton fabric is citric acid 80 g/L,β-CD 80 g/L,sodium hypophosphite 30 g/L,curing at 180 ℃ for 4 min. The result shows that the treated fabric has crease recovery angle 244.7°,strength 439.0 N and whiteness 60.
     得到的棉织物优化工艺为:CA 80 g/L,β-CD 80 g/L,次磷酸钠30 g/L,180℃焙烘4 m in,处理后织物的折皱回复角为244.7°,强力439.0 N,白度60。
短句来源
     Complete conversion of CO can be achieved and the conversion rate of C 3H 6 is over 94% when catalysts are prepared by the optimal process.
     采用优化工艺制备的催化剂能使CO完全转化 ,C3H6的转化率在 94 %以上。
短句来源
     The optimal process conditions were obtained on the basis of the specialized knowledge and the experiments: the dosage of WULCo (X1)2.0%, mole ratio of Br to Co(X2)2.25, reaction temperature (X3)165 C, average rate of air flow (X4)2.0 L/min, reaction pressure 0.6MPa, reaction time 165min.
     对回归方程进行优化计算,并在专业知识的基础上,结合实验情况,获得了优化工艺条件:WULCo用量X_1=2.0%; 溴与钴的原子比X_2=2.25,反应时间X_3=165min,平均空气流量X_4=2.0L/min,另外,反应温度165℃,反应压力0.6MPa。
短句来源
     The optimal process conditions are concluded as: the rotate speed of200rpm, the inoculation volume of 15%, initial pH value of 6.8, and the fermentate system temperature of 40"C. The mannitol's production rate to total quantity of fructose added is 80.87 % at the same time.
     在实验选定范围,获得的优化工艺条件为:接种量为15%,摇床转速为200rpm,初始pH为6.8,发酵体系温度40℃,此时甘露醇对加入果糖总量的产率为80.87%。
短句来源
     Phosphoric oxide was used as acidifying agent to research the synthetic process of isooctanol polyethoxylate [C8H17(EO)4OH](I) phosphate. An optimal process was obtained as follows: batch-wise addn. of P2O5 at ≤ 40 ℃,I∶P2O5=2.6∶1(mol.ratio),reaction temp.
     采用P2O5为磷酸化试剂,研究了异辛醇聚氧乙烯醚[C8H17(EO)4OH]磷酸酯的合成工艺,取得了优化工艺条件:P2O5分批加料,加料温度≤40℃,原料配比n[C8H17(EO)4OH]n∶(P2O5)为2.61∶,70℃,酯化时间4h,水解温度80℃,水解时间2h.
短句来源
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  最佳过程
     On Optimal Process of Generalized Jumping Control System
     论跳变广义控制系统的最佳过程
短句来源
     OPTIMAL PROCESS OF A CLASS OF JUMPING STATESDIFPERENTIAL INCLUSION SYSTEMS
     一类跳变微分包含系统的最佳过程
短句来源
     Some reseachneeds were presented, including model reseach,descriptive work, optimal process design, anddevelopment of new coagulants.
     提出了若干尚需研究的课题.它们分属模型研究、描述性研究、最佳过程设计及絮凝剂新品种开发诸方面。
短句来源
     the optimal process of language teaching is that of contextualizing the language;
     语言教学的最佳过程是使语言语境化的过程 ;
短句来源
  工艺优选
     Application of analytic structural model to optimal process model of reclaimed water treatment
     解析结构模型在中水工艺优选系统模型中的应用
短句来源
     In this paper, in order to find the solution and realize the optimal process, the author studied the optimal method of intermediate water treatment process in Beijing Forestry University and the dispersed mode of intermediate water supply system planning, which can help to rationally use water resources and harmonize the relationship among economy, technology and environment.
     为了解决长期困扰中水推广中的工艺优选问题,实现中水系统的优化配置,本文选择比较具有代表性的高校作为研究区域,探讨了中水工艺优选方法以及分散式中水系统的优化配置模型。 通过实例应用证明,该方法有利于协调经济、技术与环境之间的关系,合理利用污水资源,为中水工程在该类区域的推广提供理论依据和实践指导;
短句来源
     This paper was reformed the limitations of traditional models,whole relationship among the related factors to reclaimed water treatment process was discussed by the analytic structural model,established the optimal process system model that was comprehensively considered three aspect indexes as economic evaluation,technical assessment and operating management estimation and theoretically realized the optimal combine of units.
     本文打破传统工艺优选模型的局限,通过解析结构模型论述了中水工艺与其它相关因素在宏观上的联系,建立了综合考虑经济评价、技术评价和操作管理评价三方面指标的工艺优选系统模型,并且从理论上实现了处理单元间的优化组合问题。
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  optimal process
The experimental results show that the optimal process parameter should be chosen at isothermal temperature of 540-580 °C with the holding time of less than 10 min.
      
Different layered structures have been designed and mixed to obtain optimal process conditions.
      
In this work, we report the use of these scaling laws to design larger RDRs and to determine optimal process conditions.
      
Under optimal process parameters the HDA efficiency decreased with sulphur and nitrogen content of feed.
      
We present a software system named "PLUS" that provides ? interprocess communication between different message passing models such as MPI, PVM and PARIX, and ? access to resource management systems for optimal process mapping and task migration.
      
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