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refrigeration engineering是什么意思,refrigeration engineering的意思翻译、用法、同义词、例句

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  • 制冷工程

  • 例句

  • Experience in refrigeration engineering, ideally in ship applications.

    制冷工程经验,最好是应用于造船方面。

  • Moreover, the calculation results are highly precise, enabling this program to be adopted in refrigeration engineering design, relevant scientific data calculation and assistant teaching.

    用户界面友好,程序运行平稳,快捷,直观,覆盖面广,计算结果精度较高,适用于制冷工程设计和相关的科研数值计算和辅助教学。

  • With this kind of model, the software used in thermal power engineering and refrigeration engineering for computing thermodynamic parameters of state and processes can be easily reused and enhanced.

    这种模型的应用可以使得热能动力工程和制冷工程设计中的状态参数和热力过程计算软件的重复使用问题得到简化。

  • And these data can give some quantitative foundations for the food storage and refrigeration engineering.

    从这一结果可为番茄冷藏保鲜及制冷工业的定量研究参考。

  • Client's special requirements are welcome for developing non-standard product, and design, installation and maintenance of refrigeration engineering, technical consultation.

    公司同时根据新老客户需要制造各种非标产品,并提供制冷工程的设计、安装、维修和技术咨询等服务。

  • In the process of refrigeration engineering design, in order to deal with uncertain factors, non-linear data and randomness incident by computer, neural network and least squares were introduced.

    介绍了利用计算机进行制冷工程设计研究时,采用神经网络及最小二乘法处理设计中所涉及到的不确定因素、非线性数据和随机性事件等;

  • With a combination of high-tech, new technology, and new concept, this product pushed the heat exchange circulating water refrigeration facility engineering to a higher level.

    本设备的推出,将换热水循环制冷设备的技术水平推向了一个新的高度。

  • HVAC refrigeration, building materials, engineering and construction;

    暖通制冷、建材、工程建筑;

  • And hence, it is proposed as a basic course for the specialty of Energy and Environment System Engineering (the Automation of refrigeration and artificial environments).

    因此,它被安排为能源与环境系统工程专业(制冷与人工环境及自动化方向)的专业基础课之一。

  • The synthesis and simulation of steam power system and compressed refrigeration are the important parts of utility engineering in the chemical processes.

    蒸汽动力系统和压缩制冷系统的综合与模拟是化工过程公用工程计算模拟的重要组成部分。

  • It has set up 3 development directions: Thermal Engineering, Thermal Engine and Refrigeration and Air-conditioning.

    现已开设三个发展方向:热能工程、热力发动机和空调制冷工程。

  • Fast calculation of the refrigerant thermodynamic properties is fundamental and important for engineering calculations, especially for the refrigeration system simulation.

    准确、快速、稳定地计算制冷剂热力性质是计算机辅助设计和工程计算的要求。

  • Founded in 2003, we are the company dedicated in researching, producing and trading such products as transport refrigeration units, car air-conditioner, engineering car air-conditioner.

    公司创建于2003年,是一家集专业运输制冷机组、房车空调、工程车空调的科研开发、生产、销售为一体的有限公司。

  • Our multi-disciplinary engineering team experience in the design of electrical control refrigeration, plumbing, air, filter, housing, and housing.

    我们的多学科的工程团队在设计制冷经验电气控制,管道,气流,过滤,壳体和外壳。

  • They are employed by refrigeration and air conditioning installation contractors, various industrial settings, food wholesalers, engineering firms and retail and servicing establishments.

    他们受雇于制冷与空调安装工承包商,各种工业环境,食品批发商,工程公司和零售及服务机构。

  • Under the common working conditions of refrigeration and air-conditioning, those parameter equations can be applied to the engineering designs.

    经验证,在一般制冷空调工程的实用工作温度和压力范围内,该组参数方程有良好的计算精度,可应用于工程设计。

  • With the increasing environmental problems, thermo acoustic refrigeration as an environmentally benign technology, has become the subject of increasing interest in the engineering community.

    在环境问题日益突出的今天,热声制冷作为一种对环境无污染的制冷技术,成为一个大有前途的发展方向。

  • Maidment is leading a research effort, funded by the UK's Engineering and Physical Sciences Research Council, to investigate more environmentally friendly air-conditioning and refrigeration systems.

    梅德门特是研究领域领先的调研环境更加友好的空调和冰箱系统的研究人员,由不列颠工程和物理科学研究理事会资助。

  • 专业解析

    制冷工程(Refrigeration Engineering)是以热力学、流体力学和材料科学为基础,系统研究低温环境生成、维持及优化技术的综合性工程学科。该领域核心目标是通过机械、化学或电子手段实现热量转移,从而控制特定空间或物体的温度,广泛应用于食品冷链、工业冷却、建筑空调及医疗设备等领域。

    根据美国采暖、制冷与空调工程师学会(ASHRAE)的技术定义,现代制冷工程包含四大技术体系:

    1. 蒸气压缩循环:利用压缩机驱动制冷剂相变实现热交换,占全球制冷系统90%以上应用
    2. 吸收式制冷:基于热能驱动的制冷剂吸收-解吸过程,适用于余热回收场景
    3. 热电制冷:通过帕尔帖效应实现无运动部件的精准温控
    4. 磁制冷:基于磁热效应的前沿技术,具备环保节能潜力

    国际制冷学会(IIR)2023年报告指出,全球冷链市场规模已达3720亿美元,其中制冷工程技术在疫苗保存环节将生物制品损耗率从35%降低至0.3%以下。中国制冷学会技术白皮书显示,新型环保制冷剂如R32和CO₂跨临界系统的研发应用,使制冷设备能效较传统机型提升40%以上。

    行业标准体系涵盖ASHRAE Standard 15(安全规范)、ISO 5149(系统性能测试)以及GB/T 7725-2022(中国房间空调器能效标准)。全球市场研究机构Grand View Research预测,2025年智慧制冷系统的复合增长率将达到8.7%,物联网技术与数字孪生模型的深度整合正在重塑行业生态。

    网络扩展资料

    “Refrigeration engineering”是“制冷工程”的英文表达,指应用工程学原理设计、开发和维护制冷系统的学科。以下是详细解释:

    1.Refrigeration(制冷)

    指通过人工手段降低温度或维持低温环境的过程,主要用于食品保存、工业冷却等领域。其核心是通过热力学循环(如压缩-冷凝-膨胀-蒸发)实现热量转移。

    2.Engineering(工程学)

    指通过科学原理和技术方法系统化解决实际问题的学科。

    3.结合后的含义

    “Refrigeration engineering”聚焦于制冷技术的开发与应用,涵盖:

    4.实际应用场景

    如需进一步了解具体技术细节,可参考工程热力学或制冷原理相关教材。

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