GHP

Discussion of Application and Usage of GHP Gas Heat Pump Water System Central Air Conditioning

燃气热泵（GHP）水系统中央空调的应用探讨

Study on the karst seepage and the project check of GHP

高坝洲水利枢纽岩溶渗漏研究与工程检验

Single Runway GHP Model Research Based on DES

基于DES的单跑道地面等待模型研究

Study of a Hybrid Air-conditioning System Incorporating GHP and Desiccant Wheel

GHP结合除湿转轮的复合空调系统研究

The RCC field tests and their results on GHP

高坝洲工程RCC现场试验及其成果

This paper mainly introduced the work principle of GHP Chiller system , characteristics and the discussion of development prospect .

本文主要介绍了燃气热泵（GHP）水系统中央空调（简称GHPchiller机组）的工作原理、特点、系统设计注意事项及对其发展前景进行探讨。

The gas engine driven heat pump ( GHP ) can supply heat or cold through gas energy .

燃气发动机驱动热泵型冷热水机（GHP）是以燃气为动力通过驱动压缩机作制冷和供热运转的冷热水机。

Results show that GHP has good part load feature at the load range of 20 % to 100 % ;

实验结果表明：在20%~100%负荷范围内，实验系统具有良好的变工况运行特性；

For example , GHP also usually arises in a background of atrophic gastritis .

例如，GHP也常常发生于萎缩性胃炎背景。

Gas Heat Pump ( GHP ) is a kind of vapor compression heat pump driven by gas engine .

燃气机热泵是以燃气机作为动力来驱动的压缩式热泵。

The Study of Optimal Modeling for Solving Demand-Stochastic GHP

需求随机型单机场地面等待问题的优化建模研究

The performance of GHP was tested in this paper . PER of GHP is about 1.76 .

文章对燃气发动机热泵的性能进行了测试，一次能源利用率达到1.76。

58.3 % of GHP were found at gastric body while 30.1 % were found at gastric fundus .

息肉以胃体、胃底多见，分别为58.3%、30.1%；

Please enter the eastern entrance for open delegationmeetingsheld in the GHP .

开放团组活动如安排在大会堂，请记者进大会堂东门。

A new single runway ground-holding problem ( GHP ) model based on discrete-event system ( DES ) was presented .

提出了一种新的基于离散事件系统（DES）的单跑道地面等待数学模型。

The GHP system has the character of high performance , energy saving , environment protection , etc. It also can play the role of adjusting the electric network load .

燃气热泵系统具有高效、节能、环保等特点，并且对电网起到削峰填谷的作用。

The gas engine driven heat pump ( GHP ) is driven by the gas engine using gas , and Driven the compressors for refrigeration circle .

燃气热泵是利用燃气驱动燃气发动机，并带动压缩机进行制冷循环的空调装置。

In this paper we address the GHP and propose a finite perturbation analysis ( FPA ) technique that can be used to dynamically solve the problem .

在本文中，采取地面保持策略，并引入有限扰动分析，来解决航班的动态分配。

After that , from the GHP working principle , the thermodynamic model of GHP is established and the matching relationship between the system components is shown .

然后，从燃气热泵的工作原理出发，建立了热力学模型，说明了系统内部各部件之间的匹配关系。

Through the analysis of power shortage , using of natural gas and the development of air-conditioning , the necessity of carrying out the GHP technology in our country is indicated .

通过对电力紧张、天然气的利用以及空调发展状况的分析，说明了在我国开展燃气热泵技术的必要性。

The result shows the economy advantage of GHP and the situation on changing energy price of the programs , the economical energy price range suitable for GHP is obtained .

结果表明了燃气热泵的经济性优势和能源价格的变化对各方案的影响状况，获得了适宜燃气热泵推广应用的能源价格范围。

The main difference compared with the electrical heat pump is the compressor driven . GHP has the advantage of variable frequency , highly heating and the least electrical consumption .

燃气热泵与耗电热泵的主要区别在于采用强大的燃气发动机驱动压缩机，因之具有良好的变频特性，高制热量以及最小电力消耗的高制冷量。

The Reception is to be held at the Banquet Hall on the second floor of the GHP . Please find your designated zone and seat .

国庆招待会在人民大会堂二楼宴会厅举行，请按指定区域、桌次就座。

The GHP formally impounded water on April 30 , 2000 . The operation of the Project for one and half years proved that the above mentioned geological conclusions are correct .

2000年4月30日工程正式蓄水，经二年半满库运行的检验，验证了上述地质结论是正确的。

This thesis analyzes the reasons which result in delay and the main factors considered by GHP , such as the limited airports capacity , limited airways capacity , influence of successive flight and the cost of delay .

论文对地面等待产生的原因和实施地面等待所要考虑的主要因素，如：天气状况、机场容量限制、航路容量的限制、连续航班的影响、延误成本等进行了分析。

Then methyl mercaptan , methyl sulfoether and methyl disulfide were determined by Gas Chromatography , with 5 % OV-101 / chromosorb GHP as immobile phase .

5%OV&101/ChromosorbGHP为固定相，以气相色谱法测定大气中甲硫醇、甲硫醚及二甲二硫醚。

Recently gravity heat pipe ( GHP ) has been widely used in many industrial heat transfer applications . With energy conservation and emission reduction drawing more attention , how to enhance the performance of GHP has been a research issue .

重力热管近年来在工业生产的各种换热领域中得到了广泛的应用，随着国内外对于节能减排问题的日益关注，如何强化重力热管换热已成为众多学者研究的热点。

The results show that its environmental indicator score on the resource consumption is 5.18 kPt for the GHP . This score is about 5 times of that on the human health and 50 times of that on the ecosystem quality .

结果表明：燃气热泵系统在资源消耗方面的影响评价指标为5.18kPt，是人类健康评价指标的5倍，是生态品质评价指标的50倍。

In order to achieve the optimal system operating conditions , the operating thermo economics model of GHP is established and optimized calculation , and the minimum values of refrigeration and heating costs of GHP and the different operational parameters under these conditions are obtained .

为使系统运行达到最优工况，建立了燃气热泵运行过程的热经济学模型，并对其进行了优化计算，得到了燃气热泵制热、制冷成本的最优解以及在该工况下的各运行参数。

The water , self-rewetting fluid , acetone , and butanol are used as working fluids . The experimental results present the self-rewetting fluid can enhance the heat transfer of GHP in horizontal level owing to the inverse Marangoni effect of self-rewetting fluid .

实验选取了水、自湿润流体、丙酮、丁醇作为工质，研究发现了自湿润流体的逆Marangoni效应能够提高水平放置时光滑热管的传热特性。