查询词典 pressure unit

In view of a little very fine dust containing in natural gas and coal gas, it is necessary to provide a set of high-effective dust-removal unit for the pressure-regulating equipment of gas transmission and distribution back system.

天然气及煤气输送配后系统调压设备对天然气及煤气洁净度要求比较严格，针对天然气及煤气中所含有少量极细微的粉尘，输送配后系统调压设备需要配备高效除尘设备。

After the replacement of the toilet tank fittings, toilet transformation and waterproof plugging for home decoration users Heating modification and test pressure, cast iron radiator displacement, high-grade radiator installation, unit radiator repair transformation, specializing in heating does not heat, converted a second floor and multi-storey high-rise independent water, rain water pipe replacement and installation residential buildings, walls and floor drilling, trenching and demolition, mechanical cleaning of various drains.

提供 承接家庭、单位及小区老旧管道更新、更换，自来水查漏，解决各种管道疑难问题，对突发漏水管道24小时抢修、快修，对家庭提供日常维修服务，修换水阀、软管、水龙及地漏等，维修马桶、洗手盆、洗菜盆等，更换马桶后水箱配件，卫生间改造及防水堵漏，对家庭装修用户进行暖气改装及试压，铸铁暖气片移位，高档暖气片安装，单位暖气片维修改造，专修暖气不热，改装一、二楼及多层高楼独立下水，居民楼雨水管更换安装，墙地面钻孔、挖沟及拆除，机械疏通各种下水道等。

Regulation is controlled through the wing screw in the center of the unit and is monitored by a pressure gauge mounted at the outlet of the regulator.

此套调节器的控制单元安装在中心部位，由调节器上的压力表监控。

In general, the working pressure of steam is not more than 0.8 Mpa and the temperature of air will be below 150℃. The wing radiator consists of three rows of paratactic screw wing pipe mainly. The paratactic screw wing pipe is made through winding 05*10mm of steel belt onto 18mm steel pipe and then zinc hot galvanized. It can also be made with full stainless steel pipe and belt. Model SRL radiator is made of steel pipe and aluminum belt through rolling. Its radiation area in unit length is more than Model SRZ.

翅片式散热器主要由空气流向间的三排并列螺旋翅片管束组成，SRZ型散热翅片管束的加工工艺是反0.5*10毫米的钢带用机械绕片方法，绕在18毫米无缝钢管上，然后进行热镀锌，也可用不锈钢管及不锈钢带制成全不锈钢散热器，SRL型散热器则是用钢管和铝带轧制的翅片散热器，其单位长度的散热面积比SRZ型的更大。

Based on the FEM,the calculation and analysis were performed for the transient temperature field s and stress fields of the intermediate pressure main steam valve housing under various operating conditions including cold startup,shutdown,strong hot startup,limit hot startup and accidental condition in 200MW unit in power station.

采用有限元方法，计算分析了电站200MW汽轮机中压主汽阀阀壳在冷启、停机、强热启动、极热启动以及事故等工况下的温度场和应力场，得出了阀壳裂纹区各工况下温度场和应力场的变化规律，提出了内壁裂纹区的周向应力是疲劳寿命计算的主要参考量。

Based on the FEM,the calculation and analysis were performed for the transient temperature fields and stress fields of the intermediate pressure main steam valve housing under various operating conditions including cold startup,shutdown,strong hot startup,limit hot startup and accidental condition in 200MW unit in power station.

采用有限元方法，计算分析了电站200MW汽轮机中压主汽阀阀壳在冷启、停机、强热启动、极热启动以及事故等工况下的温度场和应力场，得出了阀壳裂纹区各工况下温度场和应力场的变化规律，提出了内壁裂纹区的周向应力是疲劳寿命计算的主要参考量。

With the engineering practice of 2×1000MW ultra-supercritical unit of Stage 4 Project of HDPI Zouxian Power Plant at the period of equipment designing and selecting,the advantages and disadvantages of two-row arrangement scheme and single-row arrangement scheme of the high-pressure heaters are discussed in detail.

结合华电国际邹县发电厂四期工程2×1000MW超超临界机组在设计及设备选型阶段的工程实践，对选用双列高加布置方案或单列高加布置方案的利弊进行了详细的论述，所述内容应对以后的超超临界机组的系统设计有所借鉴作用。

Force strength brand DCC800 parameters Serial program unit technical parameters 1 KN8000 clamping force 2 mm760 clamping trip 3 mould thickness (minimum - most mm400-950) 4 template size mm1400 level x x 1395 5 LinZhu elder brother mm910 910 from within 6 elder brother LinZhu mm180 diameter 7 booster shot force (KN665 8 mm760 trip shot materials 9 hammer mm80 diameter, 90, 100 10 shot Kg7.2 feed, and 9.1 11.2 11 casting Mpa132.8, 1.01, 85 12 casting cm2600 area, 760, 940 13 biggest casting 40Mpa area (cm22000) 14 shot cm2mm - 250 Kg/position 15 punch out mm297 distance 16 ejection chamber flange diameter mm200 17 ejection chamber flange plate height mm20 set out 18 top KN315 output 19 the mm180 trip 20 Mpa14 work pressure system 21 KW37 motor power 22 tank L1200 volume 23 machine Kg39400 weight 24 machine envelop dimensions by 2010 mm8

请可以把下列技术参数翻译成英语？力劲牌 DCC800参数序号项目单位技术参数 1锁模力KN8000 2 锁模行程 mm760 3模具厚度mm400-950 4模板尺寸mm1400×1395 5哥林柱内距mm910×910 6哥林柱直径mm180 7压射力KN665 8射料行程mm760 9锤头直径mm80、90、100 10 射料量 Kg7.2、9.1、11.2 11铸造压力Mpa132.8、104.9、85 12铸造面积cm2600、760、940 13最大铸造面积（40Mpa）cm22000 14压射位置Kg/ cm2mm-250 15冲头推出距离mm297 16压射室法兰直径mm200 17 压射室法兰凸出定板高度mm20 18顶出力KN315 19顶出行程mm180 20 系统工作压力Mpa14 21电机功率KW37 22油箱容积L1200 23机器重量Kg39400 24机器外型尺寸mm8660×2010×2780

The paper dispenser M600 is zero speed the paper that the tension between roller is as the first tensities, quick-roller is out of paper storage of paper Road between the enlarged the paper easy-to-moment; reserve-roller is the following two tensities roll, from tensities motor-driven, and close to the pressure roller, increase the pressing of the paper; and then there are the adjustment to detect tape tension, to meet business card printing and membership card production requirements, stable b tensities role in regulating improper adjustment roll will affect overprinter precision; reserve-roller is followed by a correcting device, its purpose is to control the paper tape into the business card printing and membership card production unit, on the left and right position paper tape tension changes.

M600的纸架是零速接纸，储纸辊之间的张力为第一次张力，快接纸时储纸辊之间的纸路加长，便于瞬间接纸；储纸辊下面有二次张力辊，由二次张力电机带动，与压纸辊紧靠在一起，增加纸张的压紧力；再下面有调正辊，起到探测纸带张力、满足制卡和会员卡制作要求、稳定二次张力的作用，调正辊调节不当将影响套印精度；储纸辊后面有纠偏装置，其作用是控制纸带进入制卡和会员卡制作单元的左右位置，对纸带张力的变化影响不大。

High pressure supply water heater uses discharge steam from steam turbine to heat supply water of boiler, and makes supply water to reach required temperature so as to improve thermal efficiency of power plant and to ensure output of the unit.

高压给水加热器是利用来自汽轮机的抽汽，来加热锅炉给水，使给水达到所要求的温度，从而提高电厂的热效率和保证机组的出力。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。