动力学不稳定性模型被推广到有限几何形状的加热面，以解释微电子器件尺寸对池内沸腾换热临界热流形成机理的影响。
The hydrodynamic instability model is spread for finite geometries in order to explain effects of size of microelectronic devices on the mechanism of formation of pool boiling critical heat fluxes.
讨论和分析了流道间隙、加热功率和入口过冷度对沸腾起始点、沸腾流态、换热系数、流动不稳定性和临界热负荷的影响。
The effects of gap size, heat flux and inlet subcooling on the boiling incipience, flow pattern, heat transfer coefficient, flow instability and critical heat flux were analyzed and discussed.
系统压力、质量流速、热负荷和进口过冷度等参数对不稳定性有显著的影响。
The effects of system parameters such as system pressure, mass flow rate, heat flux and inlet sub-cooling are significant on both DWO and PWO.
莱菔硫烷对热不稳定，随温度升高或加热时间的延长会逐渐分解。
The thermal instability of sulforaphane, with increasing temperature or heating time will gradually decompose.
莱菔硫烷对热不稳定，随温度升高或加热时间的延长会逐渐分解。
The thermal instability of sulforaphane, with increasing temperature or heating time will gradually decompose.
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