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Science and Technology for the Built Environment

SCIEI

中文名称：建筑环境科学与技术

ISSN：2374-4731
出版周期：Quartrly

发文量：223

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1.Future of vapor compression

机译：蒸汽压缩的未来
- 作者：Radermacher Reinhard
- 期刊名称：《Science and Technology for the Built Environment》 | 2018年第10期
2.Characterization of liquid refrigerant R-123 flow emerging from a flooded evaporator tube bundle

机译：液体制冷剂R-123流动的液体制冷剂R-123流动的表征溢流蒸发器管束
- 作者：Asher William;Eckels Steven J.
- 期刊名称：《Science and Technology for the Built Environment》 | 2018年第10期
3.Assessing the validity, reliability, and practicality of ASHRAE's performance measurement protocols (ASHRAE Research Project 1702)

机译：评估ASHRAE性能测量协议的有效性，可靠性和实用性（ASHRAE研究项目1702）
- 作者：Wang Liping;Mcmorrow Gabrielle;Zhou Xiaohui;ONeill Zheng D.
- 期刊名称：《Science and Technology for the Built Environment》 | 2019年第5期
4.Experimental investigation for performance enhancement of a vapor compression refrigeration system by employing several types of water-cooled condenser

机译：采用几种水冷冷凝器进行蒸汽压缩制冷系统性能增强的实验研究
- 作者：Ansari Abdul Ahad;Goyal Varun;Yahya S. M.;Hussain Taliv
- 期刊名称：《Science and Technology for the Built Environment》 | 2018年第10期
5.Development of a standard capture efficiency test method for residential kitchen ventilation (vol 24, pg 176, 2018)

机译：开发住宅厨房通风标准捕获效率试验方法（Vol 24，PG 176,2018）
- 作者：Kim Yang-Seon;Walker Iain S.;Delp William W.
- 期刊名称：《Science and Technology for the Built Environment》 | 2019年第5期
6.Filtration of nanoparticles applied in general ventilation

机译：过滤纳米颗粒在通用通风中施用
- 作者：Brochot Clothilde;Abdolghader Pooya;Haghighat Fariborz;Bahloul Ali
- 期刊名称：《Science and Technology for the Built Environment》 | 2019年第5期
7.Response of eight low-cost particle sensors and consumer devices to typical indoor emission events in a real home (ASHRAE 1756-RP)

机译：八个低成本粒子传感器和消费设备在真实家庭（Ashrae 1756-RP）中典型的室内排放事件的响应
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第5期
8.Flammable refrigerant safety

机译：易燃制冷剂安全
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第5期
9.Gray-box virtual sensor of the supply air temperature of air handling units

机译：灰盒虚拟传感器的供应空气处理装置
- 作者：Ahamed M. D. Shamim;Zmeureanu Radu;Cortrufo Nunzio;Candanedo Jose
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第10期
10.Experimental study on temperature distribution in an ice-making machine multichannel evaporator

机译：制冰机多通道蒸发器温度分布的实验研究
- 作者：Liu Zhan;Yan Jia;Gao Penghui;Tan Haihui
- 期刊名称：《Science and Technology for the Built Environment》 | 2019年第5期
11.The extensive analysis of building energy performance across the Baltic Sea region

机译：波罗的海地区建筑能源性能的广泛分析
- 作者：Baranova Daria;Sovetnikov Danil;Borodinecs Anatolijs
- 期刊名称：《Science and Technology for the Built Environment》 | 2018年第10期
12.Building performance modeling and simulation

机译：建立性能建模与仿真
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第5期
13.Airborne nanoparticles filtration performance of fibrous media: A review

机译：纤维介质的空气纳米粒子过滤性能：综述
- 作者：Abdolghader Pooya;Brochot Clothilde;Haghighat Fariborz;Bahloul Ali
- 期刊名称：《Science and Technology for the Built Environment》 | 2018年第10期
14.Development of reduced order thermal dynamic models for building load flexibility of an electrically-heated high temperature thermal storage device

机译：用于建设电加热高温热存储装置的负荷柔性的减少阶热动力学模型的开发
- 作者：Date Jennifer;Candanedo J. A.;Athienitis A. K.;Lavigne K.
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第10期
15.Policy recommendations for using cool thermal energy storage to increase grid penetration of renewable power sources (1607-RP)

机译：使用冷热储能的政策建议增加可再生能源的网格渗透（1607-RP）
- 作者：Van Asselt Amy;Reindl Douglas T.;Nellis Gregory E.
- 期刊名称：《Science and Technology for the Built Environment》 | 2018年第10期
16.Nonuniform three-layer models to predict transient flows in buoyancy-driven natural ventilation with a localized heat source

机译：非均匀的三层模型，以预测瞬态流动的浮力驱动的自然通风，具有局部热源
- 作者：Zhuang Jiawei;Jiang Qiuran;Diao Yongfa
- 期刊名称：《Science and Technology for the Built Environment》 | 2019年第5期
17.Tradeoffs between energy use and ventilation rates in US Retail stores

机译：美国零售店的能源利用与通风率之间的权衡
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第5期
18.A comparative study of multi-agent control approaches for optimization of central cooling systems without significant storage

机译：多剂量控制方法优化中央冷却系统无明显储存的比较研究
- 作者：Jaramillo Rita C.;Braun James E.;Horton W. Travis
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第10期
19.Analysis of unsteady airflow in a subway station influenced by train movement

机译：火车运动影响的地铁站不稳定气流分析
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第5期
20.Searching for office buildings' fenestration geometries with a Bi-phase optimization framework

机译：使用双相优化框架搜索办公楼的更新几何形状
- 作者：Zhao Shenghuan
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第10期
21.Optimal scheduling model for smart home energy management system based on the fusion algorithm of harmony search algorithm and particle swarm optimization algorithm

机译：基于和声搜索算法融合算法和粒子群优化算法的智能家居能源管理系统最优调度模型
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第5期
22.Integrated model for comparison of one- and two-pipe ground-coupled heat pump network configurations

机译：用于比较单管和双管耦合热泵网络配置的集成模型
- 作者：Gagne-Boisvert Laurent;Bernier Michel
- 期刊名称：《Science and Technology for the Built Environment》 | 2018年第10期
23.Characteristics optimization of composite phase-change wall during intermittent heating process

机译：间歇加热过程中复合相变壁的特性优化
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第5期
24.Methodology to determine the impact of simplified building models on model-predictive-control morning start optimization performance

机译：方法来确定简化建筑模型对模型预测控制早晨开始优化性能的影响
- 作者：Hilliard Trent;Swan Lukas
- 期刊名称：《Science and Technology for the Built Environment》 | 2018年第10期
25.Transient simulation of carbon dioxide booster refrigeration system with mechanical subcooler in demand response operation

机译：用机械过冷器在需求响应操作中瞬态模拟机械过冷器
- 作者：Bush John;Aute Vikrant;Radermacher Reinhard
- 期刊名称：《Science and Technology for the Built Environment》 | 2018年第10期
26.Detailed energy model of the National Institute of Standards and Technology Net-Zero Energy Residential Test Facility: Development, modification, and validation

机译：国家标准与技术研究所的详细能源模型网络零能源住宅测试设施：开发，修改和验证
- 作者：Balke Elizabeth;Nellis Gregory;Klein Sanford;Skye Harrison;Payne Vance;Ullah Tania
- 期刊名称：《Science and Technology for the Built Environment》 | 2018年第10期
27.Experimental and numerical investigation of the thermal performance of evaporative cooled greenhouses in hot and arid climates

机译：热干旱气候蒸发冷却温室热性能的实验和数值研究
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第5期
28.An approach of calculation and analysis of pulsating flow rate of single-sided ventilation due to unsteady wind pressure

机译：单面通风引起的脉动流量计算的计算与分析，由不稳定风压
- 作者：Hu Yan;Zhou Junli;Zhang Guoqiang
- 期刊名称：《Science and Technology for the Built Environment》 | 2019年第5期
29.Performance assessment of variable frequency drives in heating, ventilation, and air-conditioning systems

机译：加热，通风和空调系统中可变频率驱动的性能评估
- 作者：Wang Gang;Song Li
- 期刊名称：《Science and Technology for the Built Environment》 | 2018年第10期
30.Body force model for simulating airflow through dynamically oscillating louvers

机译：用于通过动态振荡模拟气流的体力模型
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第5期
31.Feasibility analysis of the hybrid dehumidifier-air conditioner technology for small-scale household applications in the tropics

机译：对热带小型家用应用的混合除湿机空调技术的可行性分析
- 作者：Subiantoro Alison
- 期刊名称：《Science and Technology for the Built Environment》 | 2019年第5期
32.Machine learning vs. hybrid machine learning model for optimal operation of a chiller

机译：机器学习与混合机学习模型，用于冷冻机的最佳运行
- 作者：Park Sungho;Ahn Ki Uhn;Hwang Seungho;Choi Sunkyu;Park Cheol Soo
- 期刊名称：《Science and Technology for the Built Environment》 | 2019年第5期
33.Servicing and installing equipment using flammable refrigerants: Assessment of field-made mechanical joints (ASHRAE RP-1808)

机译：使用易燃制冷剂维修和安装设备：对现场机械接头进行评估（Ashrae RP-1808）
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第5期
34.Influences of three types of air-conditioning systems on human thermal comfort

机译：三种空调系统对人热舒适度的影响
- 作者：Xu Jing;Liu Ze-Qin;Wang Yue-Long
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第10期
35.A method to calculate uncertainty of empirical compressor maps with the consideration of extrapolation effect and choice of training data

机译：一种计算实证压缩机地图的不确定性与考虑外推效应和训练数据的选择
- 作者：Cheung Howard;Sarfraz Omer;Bach Christian K.
- 期刊名称：《Science and Technology for the Built Environment》 | 2018年第10期
36.Experimental development of natural convection heat transfer correlations for spiral-helical surface water heat exchangers (1385-RP)

机译：螺旋螺旋地表水热交换器自然对流传热相关性的实验开发（1385 rp）
- 作者：Mitchell Matt S.;Hansen Garrett M.;Spitler Jeffrey D.
- 期刊名称：《Science and Technology for the Built Environment》 | 2018年第10期
37.Performance of various commercial TiO2 in photocatalytic degradation of a mixture of indoor air pollutants: Effect of photocatalyst and operating parameters

机译：室内空气污染物混合物的光催化降解各种商业TiO2的性能：光催化剂和操作参数的影响
- 作者：Haghighatmamaghani Alireza;Haghighat Fariborz;Lee Chang-Seo
- 期刊名称：《Science and Technology for the Built Environment》 | 2019年第5期
38.Laboratory performance of new and used residential HVAC filters: Comparison to field results (RP-1649)

机译：新旧居民HVAC过滤器的实验室性能：与现场结果的比较（RP-1649）
- 作者：Li Tianyuan;Siegel Jeffrey
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第10期
39.Application of absorption heat pump and direct-contact total heat exchanger to advanced-recovery flue-gas waste heat for gas boiler

机译：吸收热泵的应用和直接接触总热交换器对燃气锅炉提前恢复烤烟废热
- 作者：Li Feng;Lin Duanmu;Fu Lin;Zhao Xiling
- 期刊名称：《Science and Technology for the Built Environment》 | 2019年第5期
40.Experimental study on long-term fouling of enhanced tubes: Effect of water quality

机译：增强管长期污染的实验研究：水质的影响
- 作者：Gao Rong;Shen Chao;Wang Xinlei;Yao Yang
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第10期
41.Comparison of ASHRAE peak cooling load calculation methods

机译：ASHRAE峰冷却负荷计算方法的比较
- 作者：Mao Chunliu;Baltazar Juan-Carlos;Haberl Jeff S.
- 期刊名称：《Science and Technology for the Built Environment》 | 2019年第5期
42.Influence of ventilation strategies on dispersion and removal of fine particles: An experimental and simulation study

机译：通风策略对微粒分散和去除的影响：实验性和仿真研究
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第5期
43.A generalized log-linear poisson-modeled correlation to predict the optimal heat rejection pressure of transcritical CO2 systems

机译：广义对数线性泊松模型相关性，以预测跨临界CO2系统的最佳排出压力
- 作者：Sian Rony A.;Wang Chi-Chuan
- 期刊名称：《Science and Technology for the Built Environment》 | 2018年第10期
44.Supermarket system characteristics and operating faults (RP-1615)

机译：超市系统特性和操作故障（RP-1615）
- 作者：Behfar Alireza;Yuill David;Yu Yuebin
- 期刊名称：《Science and Technology for the Built Environment》 | 2018年第10期
45.Experimental study on the shading performance of a window integrated with grid shading configuration

机译：网格遮荫配置集成窗口遮蔽性能的实验研究
- 作者：Lai Kun;Wang Wen;Giles Harry
- 期刊名称：《Science and Technology for the Built Environment》 | 2018年第10期
46.Coordinate control of air movement for optimal thermal comfort

机译：坐标控制空气运动，以实现最佳热舒适性
- 作者：Liu Shuo;Yin Le;Schiavon Stefano;Ho Weng Khuen;Ling Keck Voon
- 期刊名称：《Science and Technology for the Built Environment》 | 2018年第10期
47.Performance comparison of R32 and R410A in direct evaporative all fresh air-handling units under variable temperature conditions

机译：R32和R410A在可变温度条件下直接蒸发所有新鲜空气处理装置的性能比较
- 作者：Yao Yuchen;Zhang Zhongbin;Hu Xinhao;Huang Hu
- 期刊名称：《Science and Technology for the Built Environment》 | 2018年第10期
48.Development of control quality factor for HVAC control loop performance assessment IMethodology (ASHRAE RP-1587)

机译：HVAC控制回路性能评估的控制质量因素的发展indeTogology（Ashrae RP-1587）
- 作者：Li Yanfei;ONeill Zheng D.;Zhou Xiaohui
- 期刊名称：《Science and Technology for the Built Environment》 | 2019年第5期
49.Constructing prototypical building models based on the similarity theory coupled with entropy weight method

机译：基于相似理论的构建原型建筑模型与熵权法耦合
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第5期
50.Analytical modeling of human exposure from short-term point source releases of aerosols from household spray products

机译：来自家用喷雾产品短期点源释放的人体接触的分析建模
- 作者：Adeniran Jamiu Adetayo;Araromi Dauda Olurotimi;Yusuf Rafiu Olasunkanmi;Jimoda Lukuman Adekilekun;Oke Emmanuel Olusola;Sonibare Jacob Ademola
- 期刊名称：《Science and Technology for the Built Environment》 | 2019年第5期
51.Field study of different thermal requirements based on the indoor activities patterns of rural residents in winter in Northwest China

机译：基于冬季农村居民室内活动模式的不同热需求现场研究
- 作者：Liu Yanfeng;Li Tao;Song Cong;Wang Dengjia;Liu Jiaping
- 期刊名称：《Science and Technology for the Built Environment》 | 2018年第10期
52.Switch loss of a frost-free refrigerator-freezer with parallel dual-evaporator refrigeration system and its mitigation

机译：具有平行双蒸发器制冷系统的无冰冷冰箱冷冻机的开关及其缓解
- 作者：Zhao Rijing;Huang Dong;Peng Xueyuan;Zhang Yaoji
- 期刊名称：《Science and Technology for the Built Environment》 | 2019年第5期
53.Measured moisture accumulation in aircraft walls during simulated commercial flights

机译：在模拟商业航班期间测量飞机墙中的水分积累
- 作者：Zhang Tengfei (Tim);Li Guohui;Lin Chao-Hsin;Wei Zhigang (Daniel);Wang Shugang
- 期刊名称：《Science and Technology for the Built Environment》 | 2018年第10期
54.Analysis of the long-term thermal response of geothermal heat exchangers by means of asymptotic expansion techniques

机译：通过渐近膨胀技术分析地热交换器的长期热响应
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第5期
55.Model-free optimal chiller loading method based on Q-learning

机译：基于Q-Learning的无模型最佳冷却器加载方法
- 作者：Qiu Shunian;Li Zhenhai;Li Zhengwei;Zhang Xinfang
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第10期
56.Heat storage and release characteristics of composite phase change wall under different intermittent heating conditions

机译：不同间歇加热条件下复合相变壁的蓄热和释放特性
- 作者：Li Yanru;Long Enshen;Jin Zhenghao;Li Jin;Meng Xi;Zhou Jing;Xu Luting;Xiao Dongtian
- 期刊名称：《Science and Technology for the Built Environment》 | 2019年第5期
57.Evaluation of design faults in HVAC systems in housing: A study based on thermohygrometric variables

机译：住房HVAC系统设计故障评价：基于热敏变量的研究
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第5期
58.Air-conditioning demand response resource assessment for Australia

机译：澳大利亚的空调需求响应资源评估
- 作者：Goldsworthy Mark;Sethuvenkatraman Subbu
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第10期
59.Uncertainty analysis for different virtual pump water flow meters

机译：不同虚拟泵水流量计的不确定性分析
- 作者：Wang Gang;Wang Zufen;Song Li
- 期刊名称：《Science and Technology for the Built Environment》 | 2019年第5期
60.Sizing charts of helical capillary tubes used in refrigeration and air conditioning

机译：制冷和空调中使用的螺旋毛细管的尺寸图
- 作者：Chingulpitak Sukkarin;Mahian Omid;Dalkilic Ahmet Selim;Asirvatham Lazarus Godson;Wongwises Somchai
- 期刊名称：《Science and Technology for the Built Environment》 | 2019年第5期
61.A numerical analysis and optimization of the dynamic performance of a multipurpose solar thermal system for residential applications

机译：用于住宅应用的多功能太阳能热系统动态性能的数值分析与优化
- 作者：Coetzee Rigardt Alfred Maarten;Mwesigye Aggrey;Huan Zhongjie
- 期刊名称：《Science and Technology for the Built Environment》 | 2018年第10期
62.Experimental validation of the age-of-the-air CFD analysis: A case study

机译：AIR时代CFD分析的实验验证：案例研究
- 作者：Hormigos-Jimenez Susana;Angel Padilla-Marcos Miguel;Meiss Alberto;Alonso Gonzalez-Lezcano Roberto;Feijo-Munoz Jesus
- 期刊名称：《Science and Technology for the Built Environment》 | 2018年第10期
63.Experimental comparison of thermal conditions in office rooms: Diffuse ceiling ventilation, chilled beam system, and chilled ceiling combined with mixing ventilation

机译：办公室房间热条件的实验比较：弥漫吊顶通风，冷梁系统和冷却天花板结合搅拌通风
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第5期
64.Study the HVAC system photodegradation caused by the low level UVC light irradiance used for coil maintenance and air stream disinfection

机译：研究了用于线圈维护和空气流消毒的低水平UVC光辐照度引起的HVAC系统光降解
- 作者：Wolf J. Douglas;Kauffman Robert E.;Sqrow Larry D.
- 期刊名称：《Science and Technology for the Built Environment》 | 2018年第10期
65.Simulative study of a novel fuzzy demand controlled ventilation for facade-integrated decentralized systems in renovated residential buildings

机译：一种新型模糊需求控制通风的仿真研究，用于翻新住宅建筑中的外立综合分散系统
- 作者：Carbonare Nicolas;Pflug Thibault;Bongs Constanze;Wagner Andreas
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第10期
66.Experimental and numerical investigation on irregular spacing of the ribs in the entry length of a solar air heater channel

机译：太阳能空气加热器通道进入长度肋骨不规则间距的实验和数值研究
- 作者：Ansari Mohammad;Bazargan Majid
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第10期
67.A near-optimal control algorithm for central cooling plants with electric and/or gas-driven chillers

机译：电气和/或气体驱动冷却器中央冷却设备的近最优控制算法
- 作者：Jaramillo Rita C.;Braun James E.;Horton W. Travis
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第10期
68.Design and optimization of form and facade of an office building using the genetic algorithm

机译：使用遗传算法设计和优化办公楼的形式和外观
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第5期
69.Investigating the impact of filters on long-term particle concentration measurements in residences (RP-1649)

机译：研究过滤器对居住中长期粒子浓度测量的影响（RP-1649）
- 作者：Zhang Yizhi;Li Tianyuan;Siegel Jeffrey A.
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第10期
70.Performance investigation of nanostructured composite surfaces for use in adsorption cooling systems with a mass recovery cycle

机译：具有质量恢复循环的吸附冷却系统中纳米结构复合表面的性能研究
- 作者：Zhu L. Q.;Tso C. Y.;Chan K. C.;Wu C. L.;Chen J.;He W.;Luo S. W.;Chao Christopher Y. H.
- 期刊名称：《Science and Technology for the Built Environment》 | 2018年第10期
71.Adjustment of indoor temperature using internal thermal mass under different tropical weather conditions

机译：在不同热带天气条件下使用内部热质量调整室内温度
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第5期
72.Management of cooling energy through building controls for thermal comfort and relative performance in an office building

机译：通过建立控制能力和办公楼的热舒适性和相对性能的控制管理
- 作者：Kwak Younghoon;Huh Jung-Ho
- 期刊名称：《Science and Technology for the Built Environment》 | 2019年第5期
73.Development of a sun-shading louver unit with evaporative cooling effect

机译：蒸发冷却效果的遮阳百叶窗单元的开发
- 作者：He Yuting;He Jiang;Li Yigang
- 期刊名称：《Science and Technology for the Built Environment》 | 2019年第5期
74.A simplified dynamic model based on response factor method for thermal performance analysis of capillary radiant floors

机译：一种基于响应因子方法的简化动态模型，用于毛细管辐射地板的热性能分析
- 作者：Yu Guoqing;Chen Hengtao;Xiong Le;Du Chengjun
- 期刊名称：《Science and Technology for the Built Environment》 | 2019年第5期
75.Influence of window opening degree on natural ventilation performance of residential buildings in Hong Kong

机译：窗口开放程度对香港住宅建筑自然通风性能的影响
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第5期
76.Chiller fault detection and diagnosis by knowledge transfer based on adaptive imbalanced processing

机译：基于自适应不平衡处理的知识转移，冷却器故障检测与诊断
- 作者：Fan Yuqiang;Cui Xiaoyu;Han Hua;Lu Hailong
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第10期
77.Comparative study of probabilistic neural network (PNN) and back propagation (BP) network for fault diagnosis of refrigeration systems (vol 24, pg 448, 2019)

机译：概率神经网络（PNN）及反向传播（BP）诊断的比较研究（Vol 24，PG 448,2019）
- 作者：Liang Qingqing;Han Hua;Cui Xiaoyu;Qing Hong;Fan Yuqiang
- 期刊名称：《Science and Technology for the Built Environment》 | 2019年第5期
78.An energy-saving retrofit baseline determination method for large-scale building based on investigation data

机译：基于调查数据的大型建筑节能改造基线确定方法
- 作者：Zheng Donglin;Yu Lijun;Wang Lizhen;Tao Jiangang
- 期刊名称：《Science and Technology for the Built Environment》 | 2019年第5期
79.Why Was My Manuscript Declined?

机译：我的手稿为什么下降？
- 作者：Spitler Jeffrey D.
- 期刊名称：《Science and Technology for the Built Environment》 | 2018年第10期
80.Study on desiccant solution control strategies for efficient liquid desiccant air conditioning system control performance

机译：高效液体干燥空调系统控制性能的干燥剂溶液控制策略研究
- 作者：Reddy Siva Kumar Y.;Balasubramanian Karthik;Chandramohan V. P.
- 期刊名称：《Science and Technology for the Built Environment》 | 2019年第5期
81.An improved part-load airflow and power model for fan-powered terminal units with electronically commutated motors

机译：具有电子换向电动机的风扇动力终端单元的改进的部分负载气流和功率模型
- 作者：Oneal Dennis L.;Yin Peng
- 期刊名称：《Science and Technology for the Built Environment》 | 2020年第10期
82.Improving system efficiency for a variable-capacity/variable-blower-speed residential heat-pump system with multizone ductwork

机译：采用多型管道制造改善可变容量/可变鼓风机速度储层系统的系统效率
- 作者：Krishnamoorthy Sreenidhi;Modera Mark P.;Harrington Curtis
- 期刊名称：《Science and Technology for the Built Environment》 | 2019年第5期
83.Computational investigation on nitrogen displacement process in a thermal environment simulation chamber

机译：热环境模拟室中氮素位移过程的计算研究
- 作者：Zhang Liangjun;Liu Zhangpeng;Wu Jingyi;Yang Guang;Bao Min
- 期刊名称：《Science and Technology for the Built Environment》 | 2018年第5期
84.An open-source automated continuous condition-based maintenance platform for commercial buildings

机译：用于商业建筑的开放式自动连续条件的维护平台
- 作者：Katipamula Srinivas;Gowri Krishnan;Hernandez George
- 期刊名称：《Science and Technology for the Built Environment》 | 2017年第4期
85.Influence of load feature on the water distribution system in a centralized air-conditioning system

机译：负载特征对集中式空调系统中配水系统的影响
- 作者：Zhou Xin;Yan Da
- 期刊名称：《Science and Technology for the Built Environment》 | 2017年第4期
86.Experimental feasibility study of a new load-based method of testing for light commercial unitary heating, ventilation, and air conditioning (ASHRAE RP-1608) (January, pg 1, 2017)

机译：基于载荷的轻型商业统一加热，通风和空调测试方法的实验性可行性研究（ASHRAE RP-1608）（1月，PG 1，2017）
- 作者：Cremaschi Lorenzo;Paez Pedro Perez
- 期刊名称：《Science and Technology for the Built Environment》 | 2017年第8期
87.Multi-objective optimization of thermo-acoustic devices using teaching-learning-based optimization algorithm

机译：基于教学 - 基于教学的优化算法的热声器件的多目标优化
- 作者：Rao Ravipudi Venkata;More Kiran Chunilal;Taler Jan;Oclon Pawel
- 期刊名称：《Science and Technology for the Built Environment》 | 2017年第8期
88.Oil retention in a microchannel type condenser and its effects on heat transfer rate performance and on the pressure drop

机译：微通道型冷凝器中的油保留及其对传热速率性能和压降的影响
- 作者：Yatim Ardiyansyah Saad;Deokar Pratik Shashikant;Cremaschi Lorenzo
- 期刊名称：《Science and Technology for the Built Environment》 | 2017年第4期
89.Heat transfer performance of the Trombe wall implanted with heat pipes during daytime in winter

机译：在冬季白天植入热管的Trombe壁的传热性能
- 作者：Zhang Zhigang;Li Zengrui
- 期刊名称：《Science and Technology for the Built Environment》 | 2019年第10期
90.Automated fault detection and diagnosis methods for supermarket equipment (RP-1615)

机译：超市设备的自动故障检测和诊断方法（RP-1615）
- 作者：Behfar Alireza;Yuill David;Yu Yuebin
- 期刊名称：《Science and Technology for the Built Environment》 | 2017年第8期
91.Development of thermodynamic and reaction kinetic data on BaCl2-NH3 system with and without expanded natural graphite

机译：具有膨胀天然石墨的Bacl2-NH3系统热力学和反应动力学数据的研制
- 作者：Nagamalleswara Rao K.;Ramgopal M.;Bhattacharyya Souvik
- 期刊名称：《Science and Technology for the Built Environment》 | 2017年第8期
92.Experimental study on energy performance of active chilled beam systems

机译：活性冷梁系统能量性能的实验研究
- 作者：DAREUM NAM;ZHIQIANG ZHAI
- 期刊名称：《Science and Technology for the Built Environment》 | 2019年第10期
93.Experimental study of a heat pump with high subcooling in the condenser for sanitary hot water production

机译：高温过冷在冷凝器中热泵进行卫生热水生产的试验研究
- 作者：Pitarch Miquel;Navarro-Peris Emilio;Gonzalvez-Macia Jose;Corberan Josem.
- 期刊名称：《Science and Technology for the Built Environment》 | 2018年第5期
94.A passive wall design to minimize building temperature swings for Algerian Saharan climate

机译：一种无源墙设计，以最大限度地减少阿尔及利亚撒哈拉气候的建筑温度波动
- 作者：Mokhtari Fatiha;Loukarfi Larbi;Chikhi Mourad;Imessad Khaled;Messaoudene Noureddine Ait
- 期刊名称：《Science and Technology for the Built Environment》 | 2017年第8期
95.Building-scale experimental validation of a new model for walls with phase change materials

机译：基于相变材料的墙壁新模型的建筑规模实验验证
- 作者：Delcroix Benoit;Kummert Michael;Daoud Ahmed
- 期刊名称：《Science and Technology for the Built Environment》 | 2017年第8期
96.Heat pump application in nearly zero energy buildings

机译：热泵在近零能量建筑中的应用
- 作者：Wemhoener Carsten;Hassig Werner;Wyss Sara;Staubli Jan
- 期刊名称：《Science and Technology for the Built Environment》 | 2017年第4期
97.Optimizing the topologies of heating, ventilation, and air-conditioning water systems in supertall buildings: A pilot study

机译：优化超级楼宇的加热，通风和空调水系统的拓扑：试验研究
- 作者：Feng Fan;Fu Yangyang;Hou Jin;Xu Peng
- 期刊名称：《Science and Technology for the Built Environment》 | 2018年第5期
98.Evaluation of governing heat and mass transfer resistance in membrane-based energy recovery ventilators with internal support structures

机译：基于膜的能量回收呼吸机的测定热和传质阻力评价内部支撑结构
- 作者：Armatis Paul D.;Fronk Brian M.
- 期刊名称：《Science and Technology for the Built Environment》 | 2017年第8期
99.Selection of energy efficiency measures to enhance the effectiveness of pre-cooling in residential buildings in hot arid climate

机译：选择能效措施，以提高热干旱气候中住宅建筑物预冷的有效性
- 作者：Arababadi Reza;Elzomor Mohamed;Parrish Kristen
- 期刊名称：《Science and Technology for the Built Environment》 | 2017年第8期
100.Comfort and energy performance analysis of different glazing systems coupled with three shading control strategies

机译：不同玻璃系统的舒适性和能量性能分析，配备三种着色控制策略
- 作者：Atzeri Anna Maria;Gasparella Andrea;Cappelletti Francesca;Tzempelikos Athanasios
- 期刊名称：《Science and Technology for the Built Environment》 | 2018年第5期

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