1)  air conditioner load
空调类负荷
1.
When the air conditioner load increases,the variations of the load characteristic parameters of high voltage node can be observed.
利用这种方法可以研究空调类负荷对高压节点负荷特性是如何影响的,空调类负荷比重发生增加后,高电压节点的负荷特性的参数是怎样随之变化
2)  air-conditioning
空调
1.
Software design on simulation and visualization of central air-conditioning control system;
中央空调控制系统可视化仿真软件开发研究
2.
Discussion on means of air supply and humidification of air-conditioning used in textile mills;
纺织空调送风加湿方法的探讨
3.
Analysis on the operation troubles of water chilling unit of one air-conditioning works;
某空调工程冷水机组运行故障分析
3)  air conditioner
空调
1.
Discussion of technological innovation of air conditioner for PET filaments;
涤纶长丝空调技术改进的探讨
2.
The Development Of World Air Conditioner s Compressor in 2006;
2006年世界空调压缩机的发展
3.
Numerical simulation and heat transfer analysis of temperature field for adsorption bed of solar energy adsorption refrigeration air conditioner;
太阳能吸附制冷空调吸附床温度场数值模拟与传热分析
4)  air conditioning
空调
1.
An Energy-saving Design of Constant Temperature and Constant Humidity Air Conditioning in Textile Laboratory;
纺织品试验室恒温恒湿空调的节能设计
2.
An improved experiment on duct leak check unit for ventilation and air conditioning works;
通风与空调工程漏风量测试装置的改进
5)  air-conditioner
空调
1.
Effect of different air-conditioners on type-Ⅱ environment in hospital;
不同空调类型对医院Ⅱ类环境空气影响的研究
2.
Discussion on the plan choice of air-conditioner hot and cold resourcing;
浅谈空调冷热源方案选用
3.
Research on the control mode and realizing method for air-conditioner based on heat comfortable diagram;
基于热舒适图的空调新风控制模式及实现方法研究
6)  air-condition
空调
1.
Application of SIEMENS Standard Inverter in Air-condition Blower;
西门子标准变频器在空调送风机中的应用
2.
Air-condition s Remote Monitored Control System Based on Kingview;
基于Kingview的空调远程监控系统的设计与实现
3.
Inquire into about air-condition control technology & develop orientation;
空调控制技术及发展方向的探讨
参考词条
补充资料:C24类甾醇类
分子式:
CAS号:

性质:胆汁酸属于类甾(或固)醇类,又称为C24类甾醇类。正常人胆汁中有结合胆汁酸和游离胆汁酸两大类,并以前者为主。游离胆汁酸有胆酸、脱氧胆酸和鹅脱氧胆酸等;结合胆汁酸系指上述胆汁酸以酰胺键(简称肽键)与甘氨酸或牛磺酸结合,分别成为甘氨胆酸或牛磺胆酸等。这些化合物存在于大多数脊椎动物中,是“胆苦”的主要成分。结合胆汁酸易溶于水,这是由于其分子中既含有亲水的羟基和羧基,又含有疏水的甲基,且这两种性质不同的基团又完全排列在环戊烷多氢菲核的两侧,使分子分为“亲水”和“疏水”两个侧面。故结合胆汁酸具有强乳化剂功能,使肠腔内油脂乳化成微粒,以增加油脂与消化液中脂肪酶(lipase)接触面积而便于脂类消化吸收,同时也促进对脂溶性维生素的吸收。

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