查询词典 refrigerating engine

The warehouseman is not responsible for shrinkage in weights or evaporation, or for loss or damage caused by fire, decay, taint, rot or other inherent qualities of the merchandise; or by earthquakes, riots, strikes, accidental or providential causes or other causes beyond the warehouseman' s control; or by breakage, leakage, improper packing, pilferage, theft, rot, vermin, or water; or by destruction of, or interference with the refrigerating or cooling apparatus, connection, or supply pipe, or interruption of the refrigerating process; or by temperatures furnished; or for any loss or damage of whatsoever nature and howsoever caused unless such loss is caused by failure to exercise the ordinary degree of care required of warehousemen by law.

仓库业者对重量减少或蒸发，或因火灾、腐朽、腐坏、腐烂或其他货物本身质地因素，或因地震、暴乱、罢工、意外原因或其他不为仓库业者所能控制的原因，或因破损、渗漏、包装不当、偷窃、盗窃、腐烂、虫害、或水害，或因冷冻设备、连接管道或供给管道受到破坏或干扰、或制冷程序受到干扰所造成的灭失或损失，或因其他任何性质或原因所造成的灭失或损失一律不负责任，除非此种灭失是因仓库业者没有克尽职责而造成的。

The warehouseman is not responsible for shrinkage in weights or evaporation, or for loss or damage caused by fire, decay, taint, rot or other inherent qualities of the merchandise; or by earthquakes, riots, strikes, accidental or providential causes or other causes beyondthe warehouseman's control; or by breakage, leakage, improper packing, pilferage, theft, rot, vermin, or water; or by destruction of, or interference with the refrigerating or cooling apparatus, connection, or supply pipe, or interruption of the refrigerating process;or by temperatures furnished; or for any loss or damage of whatsoever nature and howsoever caused unless such loss is caused by failure to exercise the ordinary degree of care required of warehousemen by law.

仓库业者对重量减少或蒸发，或因火灾、腐朽、腐坏、腐烂或其他货物本身质地因素，或因地震、暴乱、罢工、意外原因或其他不为仓库业者所能控制的原因，或因破损、渗漏、包装不当、偷窃、盗窃、腐烂、虫害、或水害，或因冷冻设备、连接管道或供给管道受到破坏或干扰、或制冷程序受到干扰所造成的灭失或损失，或因其他任何性质或原因所造成的灭失或损失一律不负责任，除非此种灭失是因仓库业者没有克尽职责而造成的。

Comparing the refrigerating mechanism and refrigerating apparatus of Gas wave refrigeration to Pulse tube refrigeration, some common ground have been found.

气波制冷与脉管制冷都是利用气体压力能来获得冷量，两者在制冷机理和制冷机结构方面都存在一定的共同点。

In order to compare the performance of electric-driven compression type refrigerating machine and steam-driven lithium bromide absorption machine,defines a modified performance coefficient—equivalent performance coefficient based on the analysis of existing indices for electric-driven compression type refrigerating machines.

为便于比较电动压缩式制冷机与蒸汽溴化锂吸收式制冷机的性能，在对现有制冷机性能评价指标分析基础上，提出了修正后的电动压缩式制冷机的性能系数———等效性能系数。

The invention simultaneously discloses a multivariate compound salt/ammonia solution absorption refrigerating system and a refrigerating technique of the system.

本发明还同时公开了这种多元复合盐/氨溶液吸收制冷系统，以及应用该系统的制冷工艺。

Engine room counting fee management application, project structure and expansion solution guidebook A PC product need analysis: Engine room application besides need towards function had special request outside, other summarize to have 4:00:(1) PC fundamental that PC that stability, engine room use is up is everyday 24 hours request for be placed inning openning the machine and circulating the appearance, stability towards PC having more and strictly, then request PC at any time high low temperature start, stanza can manage, power supply manage, inside memory manage and keep on worked deathless machine very and strictly, this is not is what DIY can make to, these factors must be in the product system design inside factor that consider, at the same time at the factor that the machine produce adopt a 48 hour development test the machine can discover latent influence system stability;(2) PC of can manage the sex, engine room as if teach Teach the profession's electronics classroom, and management engine room as if management teacher to electronics teacher, and this is the PC network management, namely on-line management, for example early the machine of many sets proceed together the OS to install, application the procedure install, hardware management, usage supervise and control and report to the police the etc.

机房应用除了对性能有特殊要求之外，其它的需求概括起来有4点：（1）PC的稳定性，机房用的PC基本上是每天24小时处于开机及运行状态，对PC的稳定性有更加严格的要求，即对PC 随时高低温启动、节能管理、电源管理、内存管理以及持续工作不死机的要求非常严格，这并非是DIY所能做到的，这些因素必须是在产品系统设计中考虑的因素，同时在机器生产时采用48小时动态考机才能发现潜在的影响系统稳定性的因素；（2）PC的可管理性，机房如同教育行业的电子教室，对机房的管理如同对教师对电子教师的管理，这就是PC的网络管理，即在线管理，例如初始化多台机器并行OS安装、应用程序安装、硬件管理、使用监控以及报警等管理功能，针对机房PC，专门开发机房管理软件，实现对机房PC的管理；（3）易用性要求，机房PC如同傻瓜PC，在客户端不需要安装、设置，只须开机，满足易用性要求；（4）健康要求：静电、电磁辐射指标、显示器防眩、键盘鼠标抗菌设计及符合人体公学设计。

Thirdly, it collect the ship mechanical accidents of the main Chinese shipping company ,and then sorts them out as four items: equipmentname, typical trouble, monitoring parameters, consequence; uncovers the internal relation among man,machine,circumstance and management, establishes a relation database between condition monitoring and typical trouble for the engine-room equipments ; refering to the SMSC-2000 marine engine-room simulator in Shanghai Maritime University, it divides the engine-room system into eight subsystems, designs the monitoring interfaces which is marked with the monitoring parameters, detects the running engine-room machine by use of trouble analysis and information syncretizing, and builds up the condition monitoring system of engine-room machines.

其次，对近十几年来的国内主要航运企业中的重大船舶机损事故搜集，按设备名称、典型故障、监测参数和后果进行整理、分析和总结；揭示了船舶机损事故中人、机、环境和管理之间的内在联系：以我院的轮机模拟器SMSC-2000参照，把船舶机舱各设备划分为8大系统，确定了标注有监测参数的各系统简图，并运用信息融合和故障诊断技术对机舱重要设备的运行状态进行监测，建立起机舱设备的运行监测系统。再次，提出了以人、机、环境和管理四大安全要素为评估指标，给出了四者间的权重系数计算方法，提出了线性加权综合模型来最终对机舱设备进行安全评估，得出安全等级，指导船舶管理人员进行管理。

There was an increasing demand for engine power due to industrial development. As early as the 2nd century BC, the ancient Greeks invented an engine that was powered by the reaction from spurting steam; in 1690, the Frenchman Barben invented the first piston steam engine. On the basis of his predecessors' work and with his own hard work and numerous trials and failures, James Watt invented the steam engine with connecting rod, flywheel and centrifugal speed governor in 1782.In 1784, the British government granted a patent to James Watt for producing steam engines, which signified that man had entered the age of the steam engine and also significantly expedited the beginning of the Industrial Revolution in 18th century Europe. By the 1830s, steam engines had been widely used in various sectors such as textile, metallurgy, coal mining and transportation; for example, the American Robert Fulton invented the steamboat and the Englishman George Stephenson invented the steam locomotive.

随着社会的进步，社会由农业时代进入工业时代后，对全用手工操作已十分不满足，人们随着工业发展对动力的需求日益突出，瓦特在前人研究蒸汽的基础上，甚至早在公元前二世纪，古希腊人创造的一种利用蒸汽喷射的反作用的发动机，以及1690年法国人巴比首先发明第一台活塞式蒸气机等，刻苦钻研，反复实验，经历无数次挫折和失败，终于在1782年发明了具有连杆、飞轮和离心调速器的双动作蒸气机，使之成为了可以实用的蒸气机。1784年英国政府授予瓦特以制造蒸气机的专利证书，这标志着人类进入了蒸气机时代，有力地促进了欧洲18世纪的产业革命。

The paper presents a way that on a diesel engine the fuel ethanol is used blended with gasoline as its additive. On the base of analyzing the physical, chemical and mixing proportion characteristics of ethanol-diesel-gasoline blended fuel, combustion characteristic and the effect on diesel engine performance using the blended fuel with different proportional component are studied on a 135 diesel engine. At the same time, the effect on the diesel engine performance and combustion characteristics using the blend fuel are also studied under different diesel engine parameter.

本文阐述了在柴油机上以汽油为助溶剂应用燃料乙醇的一种方法，在分析乙醇-柴油-汽油混合燃料的物化特性和配比特性的基础上，试验研究了在135柴油机上燃用不同比例的混合燃料对柴油机性能的影响及其燃烧特性；同时，还研究了在不同的柴油机参数下应用混合燃料对柴油机性能和排放特性的影响。

He has to write a book to introduce the engine in the language of the native people, so that they can read the true mechanism of the engine, and perceive the tangibility of the engine by reading the book. And only then do they believe the function of the engine, and accept, produce and use the engine.

他只能用当地人的地方语言写作介绍发动机的书，让当地人通过他写的书，从中读到发动机的真实机理，感觉到发动机的真实性，他们才会相信发动机的功能作用，才会接受、生产和运用发动机。

The two-acre Dunbar Community Garden in Little Rock has served as a model for several years.

几年来，坐落于小石城，占地两英亩的邓巴社区菜园树立了一个标杆。

Jerry points to the jacket hanging in the bathroom. It's ruined, and unwearable What?

杰瑞指着洗手间里挂着的夹克，毁了，不能穿了）什么？