并探讨了水热反应烧结机理。
研究了该化合物的热反应。
焦炭热反应性影响高炉的透气性和高炉顺行。
The blast furnace is influenced by the coke's hot reactivity in breathing freely and producing all right .
水热反应温度的提高有利于获得形貌规则的晶粒；
The higher reaction temperature was given, the better crystal morphology was appeared.
在合成气精制工艺中甲烷化不可能产生自热反应。
Autothermic reaction of methanation could not take place when purifying the synthesis feed gas.
焦炭热反应性能主要指焦炭反应性和反应后的强度。
The thermal reactive capability of coke mainly include the reactive capability of coke and the intensity after reaction.
结果表明水热反应温度是影响薄膜结晶的重要条件。
The measurement results reveal that the hydrothermal temperature is the vital condition affecting the crystallization of strontium titanate thin film.
结果表明，超声波作用大大增加了重油热反应的反应动力。
The results showed that ultrasonic could increase reaction dynamic of thermal reaction of heavy oil.
而且还可以通过调节水热反应条件来控制产物的形貌和物相结构。
The morphology and crystalline form of the products can be controlled by adjusting the hydrothermal reaction conditions.
UF与麦秸混合物在加热过程中，两者之间的胶合热反应不明显。
In the course of heating wheat straw and UF the gluing reaction is not evidence between them.
危险的是电厂非常热的热反应堆堆芯必须持续冷却24到48个小时。
The danger is, the very thermally hot reactor cores at the plant must be continuously cooled for 24 to 48 hours.
使用石膏作为原料，通过水热反应得到具有特殊结构的多孔羟基磷灰石。
Gypsum was used as raw material to prepare porous hydroxyapatite with hierachical structure by hydrothermal reaction.
决定性的风味来自于产品蛋白质的降解和下游加工中热反应生成的风味。
The critical flavors were derived from the breakdown products of proteins and the reaction flavors generated during downstream processing.
该热通量数据是确定墙体材料特别是玻璃的热反应及性能的必要输入参数。
These heat fluxes are necessary input for determining the thermal response and performance of the wall materials and especially glazing.
据此，可以比较或估量不同组成和结构的渣油热反应体系的生焦倾向的大小。
With these results, comparison or rough estimation can be made for the coking tendencies in the thermal reaction systems of vacuum residua with different compositions and structures.
接着，通过感官品评，由单因素实验选择并确定简单热反应模型体系的反应原料；
Secondly, the reactants of simple model thermal reaction were selected by monofactorial test and sensory evaluation.
考虑一般情况下的水化热降温曲线，求得构件在水化热反应过程中温度应力的等效温差。
According to the temperature dropping curves of hydration heat, authors also consider the equivalent temperature variation of thermal stress due to the hydration reaction of the cement.
无机材料由层状硅酸盐、硝酸盐或它们经共沉淀水热反应与表面处理反应形成纳米分散悬浮液。
The inorganic material is nano dispersed suspension formed by co-precipitation hydrothermal reaction and surface treatment reaction of laminated silicate, nitrate or the both.
煅烧处理过的高岭土经水热反应后得到纳米级莫来石复合晶体，TEM观测到其晶粒发育良好。
The composite nanocrystalline of mullite was prepared via hydrothermal reaction of calcined kaoline. It was observed that growth of the nanocrystalline grain was good in TEM.
这些物质可以开发出肉的风味。因此，香精企业使用酵母抽提物为原料用热反应技术来创造风味。
For this reason, yeast extracts are a key component that allows flavor houses to create savory flavors and top notes for a variety of savory foods through reaction or processed flavor technology.
利用猪肉酶解物作为前体反应物进行热反应生产猪肉香精，明显提高香精的香气强度和香气逼真性。
Using proteinase hydrolysates of pork as the precursor to produce pork flavor by thermal reaction can obviously enhance the fragrance intensity arid similarity.
本文考察了不同碱比和表面活性剂对氧化锌晶体生长的影响，研究和讨论了氧化锌在水热反应中的生长机理。
For investigated crystal growth mechanism, the ZnO nanocrystal syntheses by different base ratio and surfactant have been conducted in hydrothermal process.
通过扫描电镜等实验手段研究发现，热反应型聚氨酯整理后的羊毛纤维表面被树脂覆盖，纤维之间存在粘接点。
It was developed by SEM that the surface of wool finished by hot-reacting PU is covered by resin, and there are bond points between fibres.
本文采用热反应键合法，将PEG -20M与405白色硅藻土载体进行热键合制备气相色谱键合固定相。
A bonded stationary phase for gas chromatography has been prepared by the thermal reaction between 405 white support and PEG 20m.
结合生产实际，对焦炭在高炉不同部位的状态和行为进行了探讨，阐明焦炭的热反应性能对高炉顺行有较大影响。
Combined with production practice, the coke's condition and action in different position of BF are discussed. It is shown that coke reactivity affects BF performance greatly.
因此，合理建立各类热环境的ANN模型，用已有的热反应数据训练该模型，实现对环境热舒适性的预测是可行的。
So it is feasible to predict the environmental thermal comfort with building and testing ANN model to different thermal environment.
因此，合理建立各类热环境的ANN模型，用已有的热反应数据训练该模型，实现对环境热舒适性的预测是可行的。
So it is feasible to predict the environmental thermal comfort with building and testing ANN model to different thermal environment.
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