It provides a theoretical way to study the multiple heat transfer in which heat is mainly transfered by convection in impinging furnace.

1、

The strong convection bell-type annealing furnace with complete hydrogen

强对流全氢罩式退火炉

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2、

Calculation and Analysis on the Quantity of Heat Convection in the Furnace of Supercharged Marine Boiler

船用增压锅炉炉膛对流换热量的计算与分析

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3、

Anneal Process of Bearing Steel Wire Rod and Steel Wire with Strong Convection Bell-type Furnace

强对流罩式炉中的轴承钢盘条及钢丝退火工艺

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4、

A study of thermotechnical characteristics in forced convection batch furnace

强对流间歇式炉热工特征的研究

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5、

Study on the mechanism of heat exchange in strong convection intermittent furnace

强对流间歇式炉炉内热交换机构的研究

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6、

30-50% electricity would be saved by using infrared baking compared with hot-air convection drying. Besides, infrared ray with its directional ability can be used to get the parts heated.

红外线烘干较电加热空气对流烘干可节约电力30%～50%，红外线具有方向性可用于零件局部加热。

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7、

N this paper, a mathematical model of microwave convection drying is presented by means of the methods of the lumped parameter, according to the characteristic of colloid porous media and microwave convection drying.

本文从胶体类多孔介质物料的特性出发，结合微波对流干燥的特点，应用集总参数法，提出了微波对流干燥过程的数学模型。

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8、

Investigation on Microwave Convection Drying of Non caking Coal

不粘煤的微波－对流干燥研究

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9、

The Investigation of Microwave Convection Drying in Colloid porous Media

胶体类多孔介质微波对流干燥的研究

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10、

Experiment research of Chinese medicine pill by micro-wave convection drying

中药丸微波对流干燥的实验研究

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11、

Mechanism and mathematical model of heat and mass transfer during convection drying of porous media

多孔介质对流干燥机理及其模型

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12、

Mass-Transfer Simulation Software Study of Sliced Porous Production during Convection Drying Process

切片多孔介质对流干燥传质模拟软件开发研究

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13、

The model considered the influences of the mode of reactants supply, the chemical reaction in the combustion chamber, radiation and convection heat loss of the combustion chamber wall, as well as fluid density changes in the tailpipe on stable operation of pulse combustion.

该模型考虑了反应物的供给方式、燃烧室内的化学反应、燃烧室壁面辐射与对流传热损失以及尾管内流体的密度变化对脉动燃烧稳定运行的影响。

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14、

The Level-Set approach was adopted to deal with some factors such as deposited track, liquid/ vapor interface, which considered surface tension gradient ( the major driving forces for the melt flow), interface curvatures, buoyancy and convection heat loss.

通过水平集（level set）方法处理熔积轨迹、液/气界面等因素，考虑了熔体流动的主要驱动力表面张力梯度、表面曲率以及浮力等。

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15、

Study on frosting process of evaporator under free convection and high voltage field

高压电场下自然对流蒸发器结霜的试验研究

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16、

A study on the free convection condensation heat transfer of binary mixture

双组分混合物自然对流冷凝传热的研究

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17、

Free convection heat transfer from upward-facing small horizontal surfaces

热面向上水平小尺寸平板的自然对流换热研究

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18、

The Numerical Solution for a Temperature Boundary Layer under Free Convection

自然对流温度边界层的数值解

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19、

Analysis of a Severe Convection Process Influenced by Mongolia Cold Vortex

一次蒙古冷涡影响下宁夏强对流天气分析

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20、

It is a important researching branch of growing crystal in space to simulate convection process in the melt hi the microgravity condition by numerical simulatIOn, calculating result has guiding significant for controlling the growth condition of crystal in space and for restraining convection in the melt.

用数值计算方法来模拟微重力条件下熔体中的对流过程是空间晶体生长研究的一个重要的方向，计算结果对控制空间生长晶体和抑制熔体中的对流有指导意义。

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