The effect of RTP conditions on bulk stacking faults (BSFs) and denuded zone (DZ) was investigated.
研究了不同RTP条件对快中子辐照掺氮硅中体缺陷和清洁区的影响。
Jellison's group is conducting experiments on BSFs of various sizes, including systems that fit inside two - and five-gallon plastic pails.
杰里森团队在不同大小的净水器里做实验，包括可以容纳2 ~ 5加仑的塑料桶中。
“BSFs were developed in the 1980s, ” says Jellison. “This is the most comprehensive study to date to characterize the efficiency of different filter types.”
“八十年代开发了生物沙子饮用水过滤系统”，杰利森说，“这是迄今为止全面研究不同效率的饮水系统的特点。”
Jellison's group is conducting experiments on BSFs of various sizes, including systems that fit inside two - and five-gallon plastic pails. (The typical BSF is 3 feet high.)
杰利森的研究小组正在开展各种生物沙子饮用水过滤系统的研究，包括2-5加仑塑料设备系统(典型的生物沙子饮用水过滤系统是3英尺高)。
"Smaller, lighter BSFs," says Jellison, an associate professor of civil and environmental engineering, "would be cheaper, easier to transport and available to a broader global market."
杰里森，一个城市和环境工程学的副教授说：“一个更小，更轻的净水器，而且必须要更加的便宜，更容易运输，可以被广大的市场所接受。”
Arranged in barrels of concrete or plastic, these biosand water filtration systems (BSFs) remove 95 to 99 percent of the bacteria, viruses, worms and particles contained in rain or surface water.
通过混凝土桶和塑料桶的处理，生物沙子饮用水过滤系统可以净化95％到99％的细菌、病毒、蠕虫、雨水或者地表水污染颗粒。
Arranged in barrels of concrete or plastic, these biosand water filtration systems (BSFs) remove 95 to 99 percent of the bacteria, viruses, worms and particles contained in rain or surface water.
通过混凝土桶和塑料桶的处理，生物沙子饮用水过滤系统可以净化95％到99％的细菌、病毒、蠕虫、雨水或者地表水污染颗粒。
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