胡宏颢 等 DOI: 10.12677/mos.2024.133190 2070 建模与仿真 serpentine, rectangular and hexagonal, were numerically simulated, and the temperature and pressure field distributions of the corresponding flow channel cells were obtained. The simulation results
太阳能驱动的界面蒸发在淡水回收和盐分收集方面具有巨大前景,但与盐分积累相关的挑战阻碍了它的发展。在这里,我们报告了一种受Vasticardium v ertebratum壳纹装饰启发的带脊槽脊对,它通过巧妙地将盐回流整合到局部盐结晶中来解决盐分积累问题。仿贝壳径向 V 形槽阵列使 3D 蒸发器能够快速定向
图3 直膨式太阳能PVT集热蒸发器物理模型Fig. 3 Physical model of the direct-expansion solar-assisted PVT evaporator ... 图9所示为全方位年日间平均气温与PV组件、PVT组件平均板面温度的对比。PVT组件全方位年平均板面温度为20.87,与全方位年平均日间气温相