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- magnetic refrigeration power 磁制冷功率
- It provides the cooling water used for evaporation of low boiling point materials. Its refrigeration power is large. 提供低沸点物料蒸发时冷凝用水。制冷量大。
- Theoretical warranty analysis and experimental study both indicate that LDPTR can produce more refrigeration power than CPTR. 理论依据分析和实验研究都表明大口径脉管制冷机可以获得更大的冷量。
- Magnetic field is supplied by an electromagnet.Reciprocating movement and Brayton magnetic refrigeration cycle are adopted. 此系统利用电磁体提供磁场，采用往复运动方式，实现布雷顿循环。
- The theory of magnetocaloric effect is described.Four types of magnetic refrigeration cycle are discussed and compared.The characteristics of active magnetic regeneration are analyzed in this thesis. 本文首先阐述了磁热效应的原理，对四种磁制冷循环进行了循环分析和比较，并对活性蓄冷器运行特点进行了分析。
- Oil refrigeration power required (approx.) 油冷却功率(大约)
- room-temperature magnetic refrigeration 室温磁制冷
- room temperature magnetic refrigeration material 室温磁制冷工质
- For solving the problem of small refrigeration power of common pulse tube refrigerators (CPTR), a new concept is put forward of large diameter pulse tube refrigerator (LDPTR). 为了解决普通脉管制冷机的小冷量问题，提出了大口径脉管制冷机的新概念。
- magnetic refrigeration at room temperature 室温磁制冷
- The kitchen escapes electric appliance's and so on platoon, microwave oven, refrigerator power switches to the preliminary design. 厨房脱排、微波炉、冰箱等电器的电源开关要预先设计好。
- magnetic refrigeration materials 磁制冷材料
- room temperature magnetic refrigeration 室温磁制冷
- There are many other advantages of this kind of reflectors, such as no pressure distortion, the refrigerating power can be easily controlled and the cooling is even. 此外,半导体致冷镜还有无压力变形、致冷量可控、致冷均匀等优点。
- Keep perishable foods under refrigeration. 把容易变质的食物冷藏起来。
- Seg L=EN-US>The rated refrigerating power of a number of air-conditioners installed on the same upright surface by the same unit or individual with spacing of less than one meter between them shall be amalgamated in calculation. 同一单位或个人在同一立面上安装若干空调设备，其间距不足1米的，应当合并计算制冷额定电功率。
- Dalian is a magnet for tourists. 大连是吸引游客的地方。
- Analysis on Research of Magnetic Refrigeration Cycle 磁制冷循环分析
- Cubic NaZn_(13)-type compounds La(Fe_xM_(1-x))_(13) (M=A1, Si) were promising candidate for magnetic refrigerant due to their low cost, friendly environment and large magnetocaloric effect. 立方NaZn_(13)型金属间化合物La(Fe_xM_(1-x))_(13)(M=Al，Si)，由于其价格低廉、环境友好且具有大的磁热效应，有望成为优良的磁制冷工质。
