vav

vav

1. The only time 6" is insufficient would be on a VAV system which combines manifolds in the air handler and a very high steam intensity - which is a rare condition.

6"为不充足的时候，是只有在能够将歧管在空气处理器和非常高的气流蒸发率（这是个少有的条件）进行结合的VAV系统中的情况下。

2. Application of OCM in Commissioning of VAV System

OCM方法在变风量系统性能验证中的应用

3. VAV tidal analysis program

VAV固体潮分析程序

4. VAV tide analysis method

VAV潮汐分析方法

5. vav oncogene

vav癌基因

6. Are VAV Systems Justified in Using Static Pressure Regain Method for Calculation

VAV空调系统是否一定要用静压复得法计算

7. VAV air conditioning system

VAV空调（变风量空调）系统

8. The Method Calculate the minimum Air volume of the VAV system

VAV系统最小送风量的确定方法

9. A simple three-zone VAV system model is built in EnergyPlus (E+).

一个简单的三区域VAV系统模型在E+中建立。

10. DESIGN AND APPLICATION OF A VAV TERMINAL CONTROLLER

一种VAV末端控制器的设计与实现

11. Design and application of a pressure-independent VAV terminal tontroller

一种压力无关型变风量末端测控装置的设计与实现

12. Test study on a new type of VAV terminal device and VAV system

一种新型变风量末端装置和系统的试验研究

13. This paper mainly introduced the characteristic of variable air volume(VAV) system and occasion for using,especially introducing the control of VAV system in detail.

介绍了变风量空调系统(VAV系统)的特点和适用场合,特别对变风量空调系统的控制作了详细的介绍。

14. Some problems that should be noticed in the designing and controlling process of fresh air volume control are put forward in VAV system.

介绍了变风量空调系统新风量的研究现状,提出了目前研究的热点问题,并对几种主要新风量控制方法的研究现状、特点及适用场合进行了分析。

15. As a result of cases study, the practical EER(subscript t) of FCU+OA system is around 13, that of VAV system is 6 and that of CAV system is 4.

从实际案例来看，风机盘管加新风系统的实际末端能效比在13左右，变风量系统为6，定风量系统只有4。

16. Met problems,ways to solve and research development at every stage for VAV system were highlighted from three aspects such as diffuser,terminal box and system control.

从散流器、末端装置以及系统控制三个方面,着重阐述了变风量系统在各个阶段遇到的问题,解决的方法和研究的进展。

17. But as a complex thermodynamic system, VAV system has many disturbances and is not easy to calculate its parameters.

但是变风量空调系统是一个复杂的热力系统,所受干扰多,对象的参数易于变化且难以确定。

18. all air VAV air-conditioning system

全空气变风量空调系统

19. Company mainly produce and sell direct-fired hot and cold water units, steam-based, water-based chillers, electric refrigeration units, LiBr solution, cooling towers, fan coil, VAV air conditioner;

公司主要生产销售直燃型冷热水机组，蒸气型、热水型冷水机组，电制冷机组，溴化锂溶液，冷却塔，风机盘管，变风量空调器；

20. One is on-line optimal reset of supply air temperature set-point, which uses the signal of local controller of VAV damper as index of indoor relative load;

其一是利用变风量末端风门开度的信号，将它们作为各区域相对负荷的指示信号，对送风温度进行实时优化；

21. By utilizing ALC company’s software and hardwareand combining with actual project, I design the automatic control VAV system.

利用 ALC 公司的软件和硬件，结合工程实际，进行了中央空调变风量空调控制系统设计。

22. The office zones in standard floors adopt four-pipe water system, VAV air conditioning system and radiator heating system, and inner and peripheral zones sharing the same VAV unit.

办公区采用四管制、变风量系统加散热器供暖系统，且内外区共用同一机组；

23. Discusses on VAV air conditioning system design for inner and peripheral zone of office buildings

办公建筑变风量分区空调系统设计问题探讨

24. Thermal comfort problems in design of VAV systems for office buildings

办公建筑变风量系统设计中的热舒适问题

25. VAV system design for inner zone in office buildings

办公楼内区变风量系统设计探讨

26. Performance measurement of VAV air-conditioning system with fan speed reset control

办公楼变静压控制VAV空调系统实测分析

27. Frequency Converted VAV System and Its Application in the Engineering

变频变风量空调系统及在工程上的应用

28. Variable air volume (VAV)

变风量

29. Keywords LonWorks,VAV,multi-veriable,decoupling control,transfer function matrix,feedforward conpensation;

变风量;多变量;解耦控制;传递函数矩阵;前馈补偿;

30. VAV control

变风量控制

31. VAV terminal

变风量末端

32. VAV Terminal Unit

变风量末端机组

33. VAV terminal adjustment

变风量末端调节

34. varied air volume (VAV) air conditioning

变风量空调

35. VAV air-conditioning control

变风量空调控制

36. VAV box

变风量空调末端

37. Variable Air Volume (VAV) system

变风量空调系统

38. Application of VAV air conditioning systems to villas

变风量空调系统在别墅中的应用

39. Variable Air Volume (VAV) air conditioning system is superior to other air condition system for its economic and flexible performance and has become the main stays of air conditioning system.

变风量空调系统就是以其节能性、灵活性而优于其它空调系统,逐渐成为空调系统设计的主流。

40. Control Methods for VAV System and Laboratory Construction

变风量空调系统控制方法及试验台搭建

41. Control Methods in VAV Systems

变风量空调系统控制方法综述

42. The Discussion of the Fresh Air Volume Control in the VAV System

变风量空调系统新风量的控制问题

43. Simulation and research of energy consumption for a VAV system

变风量空调系统模拟及能耗研究

44. VPT control and its application in VAV air conditioning systems

变风量空调系统的VPT控制法及其应用

45. System zoning and airflow mixing of VAV systems

变风量空调系统的分区与气流混合分析

46. Energy saving design of natural cooling for VAV air conditioning systems

变风量空调系统自然冷却节能设计

47. System zoning in the VAV system design

变风量空调系统设计中的系统分区问题

48. Fan control method by total air volume in VAV systems

变风量空调系统风机总风量控制方法

49. variable air volume(VAV) system

变风量系统

50. Keywords VAV system;VAV box;fan powered;

变风量系统;变风量箱;风机动力型;

51. Network method for calculation of looped ducting in VAV systems

变风量系统中环状风道的网络计算方法

52. Variable Air Volume ?VAV? System is a energy-saving air conditioning system.

变风量系统是国外较为流行的节能空调系统,国内也开始大量采用。

53. Modeling and Estimating of the Characteristic Parameters for the Air Conditioning Room of the VAV System

变风量系统空调房间建模与特性参数估算

54. The Contrast Analysis on Running Control Method of Fans in VAV System

变风量系统风机运行控制方案对比研究

55. Variable air volume(VAV) ventilation systems.

变风量通风空调系统。

56. VAV diffuser

变风量风口

57. Variable Air Volume(VAV)

变风量（VAV）

58. Direct Digital Control (DDC) in Variable Air Volume (VAV) Air Conditioning System

变风量（VAV）空调系统的DDC控制

59. Keywords air loop duct;VAV systems;experiments;analysis;

变风量（VAV）系统;环形风管;送风系统;实验分析;

60. Besides,the application and control of the variable air volume(VAV) control valve were discused,and contrasts the capability between the venturi valve and the VAV butterfly valve was contras.

另外,重点讨论了变风量控制阀的应用、控制方法并对常用的两种变风量阀文丘里控制阀和VAV蝶阀的性能进行了比较。

61. vav system

可变空气量系统

62. Characteristic of Cooling Load of Department Stores and Application of VAV System

商场建筑的冷负荷特点及变风量空调系统的应用

63. Makes performance test of the new type of VAV terminal and system in a test room.

在建立的变风量空调系统试验室中对这种新型末端装置和系统进行了性能测试。

64. (yod) ? (heh) ? (vav) ? (heh) or ???? (YHWH) ;

在这个六芒星阵的左右四个角，印上了耶和华的名字：?

65. A single-duct VAV system can be controlled successfully by a Multi-Input-Multi-Output(MIMO) controller with a Model Predictive Control(MPC) strategy.

基于预测控制策略的多输入多输出(MIMO)控制器可以解决单通道变风量系统的控制问题,但在输入输出变量较多时,计算就变得非常复杂。

66. Simulation of Multi zone VAV System and Local DDC Controllers

多区域VAV空调系统及其局部DDC控制器的动态模拟

67. Optimal Control of Multi-zone VAV Air-conditioning System

多区域变风量空调系统优化控制研究

68. Outdoor air ventilation and distribution control of multi-zone VAV air conditioning systems

多区域变风量空调系统及其分配控制研究

69. multi-zone VAV system

多区域变风量系统

70. Keywords Load simulation;VAV system;Duct static pressure control;Thermal networks;

建筑负荷模拟;变风量系统;静压控制;热网络模型;

71. Ecadi propose to have acoustical material under each VAV unit, O OK.

建议在所有的变风量（VAV）机组下都安置隔音材料，O同意。

72. Summaries the trends and key techniques of VAV systems.

总结了变风量空调系统的发展趋势和技术关键。

73. Research on Control of Household Central Air Conditioning VAV System

户式中央空调变风量控制系统研究

74. Study of VAV system design for home centre AC

户式中央空调变风量系统设计探讨

75. States that a single duct VAV air conditioning system has its characteristics in load calculation.

指出单风道变风量空调系统的负荷计算方法和步骤有其自身的特点。

76. Defines the concept of VAV systems, traces their position in the hierarchy of all air systems, describes their classification, characteristics and application, and presents two examples.

提出了变风量系统的一种更为具体的定义，阐述了其在全空气系统族谱中的地位，系统的分类、特点和应用范围，简要描述了两个工程实例。

77. Presents the HVAC system design of this project, including design parameters, cold and heat sources, water system, air system, tenant cooling water system and VAV air conditioning system terminals.

摘要介绍了该工程的空调系统设计，包括设计参数、空调冷热源、空调水系统及风系统、租户用冷却水系统和变风量空调系统末端。

78. Analyses the features of commonly used VAV terminals.Presents the working principle of the new type of VAV terminal device, and compares the performance of all the mentioned VAV terminals.

摘要分析了常用的变风量末端装置的特点，介绍了新型变风量末端装置的工作原理，并与常规末端装置进行了性能比较。

79. Currently, the instability of the VAV system's operation and the fresh air are the two major issues affecting the VAV system's performance.

摘要变风量空调系统运行的不稳定以及新风等问题是影响变风量空调系统性能的主要原因。

80. Briefly presents the conceptions of system zoning and peripheral zone depth which are often encountered in the design of VAV systems, and recommends some zoning methods.

摘要概要介绍了变风量空调系统设计中常见的空调分区和外区进深的概念，推荐了一些分区的方法。