Electrically Improved Harvesting of Water from Atmosphere

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Electrically Improved Harvesting of Water from Atmosphere

机译：以电子方式改善从大气中收集水的能力

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The MOHA technology, which utilizes electrostatic enhancement, involves improved aggregation of moisture in airflow and enhanced heat exchange during condensation. This results in the five fold increase in the water harvesting process as compared to the traditional atmospheric water generation processes.

机译：MOHA技术利用静电增强技术，可改善气流中水分的聚集，并在冷凝期间增强热交换。与传统的大气水产生过程相比，这导致水收集过程增加了五倍。

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《Futuretech Alert》 |2017年第2期|10-10|共1页
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1. The nature and function of the in-field rainwater harvesting system to improve agronomic sustainability. (Special Issue: Rainwater harvesting and conservation techniques for improving household food security.) [J] . Rensburg L. D. van, Botha J. J., Anderson J. J., Irrigation and Drainage . 2012,第Suppla2期

机译：田间雨水收集系统的性质和功能可提高农艺学的可持续性。（特刊：雨水收集和养护技术，以改善家庭粮食安全。）
2. Improving maize production of in-field rainwater harvesting technique at Glen in South Africa by the addition of mulching practices. (Special Issue: Rainwater harvesting and conservation techniques for improving household food security.) [J] . Botha J. J., Rensburg L. D. van, Anderson J. J., Irrigation and Drainage . 2012,第Suppla2期

机译：通过增加覆盖措施，提高了南非格伦的田间雨水收集技术的玉米产量。（特刊：雨水收集和养护技术，以改善家庭粮食安全。）
3. Overview of research on rainwater harvesting and conservation by the water research commission. (Special Issue: Rainwater harvesting and conservation techniques for improving household food security.) [J] . Sanewe A. J., Backeberg G. R. Irrigation and Drainage . 2012,第Suppla2期

机译：水研究委员会对雨水收集和保护研究的概述。（特刊：雨水收集和养护技术，以改善家庭粮食安全。）
4. IMPROVING RAIN WATER PRODUCTIVITY BY MICRO CATCHMENTS WATER HARVESTING (MCWH) SYSTEMS AT NORTHWEST OF IRAN [C] . Ali Reza Tavakoli, Theib Oweis 21st International congress on irrigation and drainage : Water productivity towards food security. . 2011

机译：通过伊朗西北部的微型集水区（MCWH）系统提高雨水生产率
5. THE KINETICS OF EXCHANGE OF TRITIATED WATER BETWEEN THE ATMOSPHERE AND THE WATER POOL, AND THE WATER POOL AND THE METABOLIC POOL OF THE MITE, TYROPHAGUS PUTRESCENTIAE, UNDER EQUILIBRIUM CONDITIONS. [D] . CUTCHER, JOSEPH JOHN. 1970

机译：在平衡条件下，大气和水池之间的矿化水交换动力学，以及螨虫（tyrophagus putrescentiae）的水和代谢池代谢动力学。
6. Exploiting radiative cooling for uninterrupted 24-hour water harvesting from the atmosphere [O] . Iwan Haechler, Hyunchul Park, Gabriel Schnoering, 2021

机译：利用从大气中的不间断的24小时水收获的辐射冷却
7. Exploiting radiative cooling for uninterrupted 24-hour water harvesting from the atmosphere [O] . Iwan Haechler, Hyunchul Park, Gabriel Schnoering, 2021

机译：利用从大气中的不间断的24小时水收获的辐射冷却

Electrically Improved Harvesting of Water from Atmosphere

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