Submerged arc operation is significant for reducing consumption of energy, materials as well as improving kinetic condition of de-oxidation and desulfurization to lf.
LF埋弧操作对于节能降耗和改善脱氧、脱硫动力学条件具有重要意义。
By analyzing the physical characteristics and the operation condition of biomass pyrolysis, the biomass pyrolysis is described using kinetic model and heat and mass transfer model.
通过分析生物质热解的物理特性和运行条件，采用动力学模型和传热、传质模型，对生物质热解进行描述。
The kinetic model of carbon isotope fractionation may have difference in the different basin, which lies on gas source condition, accumulation history and sedimentary-tectonics history.
碳同位素分馏动力学模型在不同盆地会存在差异，不仅取决于气源条件，还与聚集历史、沉积-构造史有关。
Screened of strain producing cold adapted pectinase and studied on the condition of producing enzyme, characterization of cold adapted pectinase, purification and kinetic constant in this paper.
本论文进行了低温果胶酶产生菌的筛选，并对菌种的产酶条件，低温果胶酶的酶学性质，分离纯化及动力学常数进行了研究。
To explore the optimal condition of sepharose activation by means of epichlorohydrin and establish the kinetic model of activation process.
探索环氧氯丙烷法活化琼脂糖凝胶的最佳反应条件，建立活化反应动力学模型。
The toluene disproportionation shows the kinetic characteristic of a first order reaction under the experiment condition.
甲苯歧化在本文实验条件下表现为一级反应动力学特征。
It is very important to carry out the kinetic study of the oxidation and reactive transference of Tl in hypergene condition.
因此对表生条件下，含铊矿物的氧化溶解动力学以及反应性迁移的实验研究具有重要的现实意义。
The kinetic curves of ethylene in gaseous condition are very smooth with second nucleation happened in lower temperature and higher pressure.
常规条件下的乙烯动力学为一光滑连续的曲线，在较低温度和较高压力下会有二次成核现象；
The optimum condition, kinetic parameters and reaction mechanism were investigated.
考察了反应的最佳条件和动力学参数，探讨了反应机理。
Under linear temperature increase condition the thermal behavior and kinetic parameters of the exothermic decomposition reaction of the title compound were studied by means of DSC.
用DSC研究了标题化合物在线性升温条件下的热行为和放热分解反应的动力学参数。
The 31 kinetic data of hydrate formation in gaseous, near-critical and supercritical condition and 4 solubility data were measured.
实验测定了乙烯在常规气体、近临界、超临界三种不同条件下的31组水合物生成动力学数据和4组乙烯溶解度数据。
In basic solution, the rate constants of both steps gradually decrease with increase of ionic strength, and under this condition the reaction appears greater kinetic salt effect.
在碱性溶液中，两步反应速度常数均随离子强度增大而逐渐减小，反应呈较强的动力学盐效应。
Results The optimum condition and kinetic parameters are investigated in detail, a new negative catalytic spectrophotometry for determination of trace calcium in environmental water was established.
结果研究了该负催化褪色反应的最佳条件及动力学性质，建立了负催化光度法测定微量钙的新方法。
Auto kinetic control system was adjusted by PID and roots locus methods in the condition of MATLAB.
在MATLAB环境下对汽车运动控制系统进行PID和根轨迹的设计和校正。
The kinetic of alumina static adsorbed phosphatidylethanolamine under the normal temperature condition was studied, the adsorption themodynamics under the different temperature conditions was studied.
本文考察了氧化铝在常温条件下静态吸附磷脂酰乙醇胺的动力学规律，以及在不同的温度下的吸附热力学规律。
Some kinetic parameters and the suitable condition for the continuous ion exchange reaction have been obtained.
得出了有利于加压连续交换的条件以及有关动力学参数。
For the two-bar robot arm, we focus merely the whole kinetic energy at horizontal condition, and neglect the change of potential energy due to the bending deflection of the robot arm.
对二连杆机器人手臂在水平状态下仅考虑总的动能，而忽略由于手臂挠曲变形而产生的位能变化。
Under the same condition, the reductive dissolution of manganese oxide follows a pseudo-first-order kinetic rate law at its initial stage.
在相同条件下，氧化锰还原溶解的初始阶段符合假一级反应。
Analyzes the possibility and condition of recovering waste kinetic energy from shuttle; Discusses the technical key and method to design recovery mechanism.
本文通过对回收梭子剩余动能可能性的分析，研究了回收的条件，提出了回收的可行方案，并具体讨论了设计方法和技术关键。
Kinetic analysis of experiment data was made. It is found that thermal oxidative reaction is a first-order reaction under the experiment condition in this work.
对实验数据进行了反应动力学分析，发现线缆绝缘材料的热氧化降解反应为一级反应。
Kinetic analysis of experiment data was made. It is found that thermal oxidative reaction is a first-order reaction under the experiment condition in this work.
对实验数据进行了反应动力学分析，发现线缆绝缘材料的热氧化降解反应为一级反应。
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