cooling ability中文

冷卻能力

• cooling:    n.,adj. 冷卻(的)。
• ability:    n. 能，能力，本領，技能；〔pl. ...
• -ability:    后綴 由 -able 轉成的名詞詞尾 ...

例句與用法

1. The floor radiant cooling with displacement ventilation system is the one of the effective method to enforce the system cooling ability and prevent dewing
   摘要地板供冷配合置換通風是改善地板供冷能力偏低，預防結露的有效措施之一。
2. For alloy insert parts . that can increase cooling ability & parts releasing from the mold . increase 25 % productiity may be more . & that also help for to stabilize dimension
   作合金鑲嵌件，以提高局部冷卻效果及易于脫模，提高生產率25 %以上，并可解決尺寸穩定性方面的問題。
3. For alloy insert parts . that can increase cooling ability & parts releasing from the mold . increase 25 % productivity may be more . & that also help for to stabilize dimension
   作合金鑲嵌件，以提高局部冷卻效果及易于脫模，提高生產率25 %以上，并可解決尺寸穩定性方面的問題。
4. If we ‘ ve succeeded in becoming such efficient reproductive machines ? equipped with both a generous appetite for mates and a cool ability to screen them for genetic qualities ? why muddy things up with romance
   當我們已經成為了如此有效的”繁殖機器“時- -既有對配偶的“好胃口” ，又具備冷靜篩選獲得高質量基因的能力- - ，那么為何出現了浪漫愛情上的迷惑不解？
5. When cooling load is less than ice - melting ability , optimal control strategy is just ice priority , optimal control saves 24 - 45 % operating cost compared with chiller - priority . when cooling load is more than ice - melting ability but still less than ice - melting ability plus half of chiller cooling ability , optimal control is to keep chiller load to half of chiller cooling ability and tune ice - melting to meet load , optimal control consumes 13 - 20 % more power but saves 9 . 2 - 11 % operating cost compared with chiller - priority . when cooling load is more than ice - melting ability plus half of chiller cooling ability , optimal control is just ice - priority again , optimal control is to keep ice - melting to maximum and tune chiller to meet load , optimal control consumes 0 - 13 % more power but saves 0 - 9 . 2 % operating cost compared with chiller - priority
   在冷負荷大于融冰供冷最大功率時，又分兩種情況:總冷負荷小于融冰供冷最大功率加一半的單主機滿負荷時，優化控制是保持主機供冷負荷系數為0 . 5 ，通過調節融冰來改變冷負荷，此時與主機優先比較增加能耗13一20 % ，節約運行費達9 . 2一11 % ;在冷負荷大于融冰供冷最大功率加一半的單主機滿負荷時，優化控制就是融冰優先，通過蓄冰槽滿負荷運行，調節制冷主機來調節冷負荷，此時比主機優先控制僅增加能耗o一13 % ，但能節約運行費o一9 . 2 % 。