查询词典 radiator case

Now, radiator enterprise use it to radiator inside coat, and the good anticorrosive ability well resolve the problem of alkali in beijing.

现在散热器的生产企业将其用于散热器内侧涂层，良好的防腐性能很好地解决了北京地区水碱大的问题。

A new radiator(strengthened tubular and corrugate fin type radiator) was presented in the paper.

1前言冷却系统是内燃机车的重要组成部分，其作用是使机车维持在最佳工作温度。

The consumer-oriented industrial policies and the customer-satisfied tenet of the company are based on the principle of high-standard , high-quality and high-life, high pressure die-casting aluminum radiator through many years development. The radiator we developed has appealed to domestic and overseas customers due to its novel style, decent design,outstanding heat dissipation capability and unique appearance.

王力集团力王工贸有限公司是中国五金行业的佼佼者，经过多年的创新发展，现已成为一家专业集研发、生产和销售新型散热器----高压铸铝散热器的企业，产业政策立足于"高标准，高品质，高生活"，以消费者为导向，以客户满意为宗旨，其开发的新型散热器产品以其新颖的款式，大方的设计，优良的散热性及独特的观赏价值吸引了众多国内外客户。

The second radiator cools the hot side of Peltier s module, and cold is movedon the base of the first radiator.

第二散热器冷却热方peltier ■模块和冷移至该基地的首个散热器。

Based on Remington's wheel-rail noise prediction model and the analysis of vibration property of wheel-rail system, considering rail as moving linear radiator of sound and wheel as moving point radiator of sound, the wayside rolling noise of ballasted track is predicted.

利用Remington的轮轨噪声分析模型，结合我国车轮和钢轨的振动特性，将钢轨视为移动线声源，车轮视为移动点声源，对有碴轨道路旁辐射的滚动噪声进行预测。

Years of business integrity,"sacred spring" Radiator has become China's flagship brand cast iron radiators, radiator by the National Quality Supervision and Testing Center confirmed as the only track the quality of products and for being named the Ministry of Construction Healthy pilot demonstration projects recommended products.

三十多年的诚信经营，&圣春&散热器已经发展成为中国铸铁散热器的旗舰品牌，被国家散热器质量监督检测中心确认为唯一质量跟踪产品，并连续被评为建设部康居示范工程试点推荐产品。

The company has research and development centers, quality control centers, manufacturing centers, marketing centers and raw materials supplier of the five sections, has 4000 employees, the main production and operation,"St. Spring" brand intracavity inviscid sand cast iron radiators and copper and aluminum composite radiator, the radiator in the production of 30 million.

公司设有研究开发中心、质量控制中心、生产制造中心、市场营销中心和原材料供应中心五大板块，有员工4000名，主要生产经营&圣春&牌内腔无粘砂铸铁散热器和铜铝复合散热器，年生产散热器3000万片。

S used for warming houses and offices , but now you can keep your coffee , tea and several other eatables warm at a particular temperature by placing them on radiator the radiator using ceramic plate .

但是现在，只要你将陶瓷碟放在暖气片上，再将暖气片调到特定的温度，便可保温置于陶瓷碟上的咖啡，茶和其他一些食物。

The main results were obtained as follows:(1) The calculation results of temperature field indicate that, 6139T radiator was brazed using the stage-by-stage heating process, while 6204T radiator with a larger size was brazed using the temperature difference heating process. The uniform temperature distributions in faying faces were all obtained. And the temperatures were in the range of brazing temperature. It is proved that the finite element models established are reasonable.

取得的主要结果和结论为：(1)温度场计算结果表明，对于6139T散热器，采用分阶段加热钎焊工艺，而对于具有较大尺寸的6204T散热器，采用温差法加热钎焊工艺时，均获得了均匀的钎焊面温度分布，且在钎焊温度范围之内，证明所建立的有限元分析模型是合理的。

According to the property of EBB, scanning electron beam was considered as plane heat source instead of spot heat source in this paper. Aiming at the problems to measure the real-time temperature and residual stress of radiator difficultly at high temperature, the two-dimensional finite element models were established. Based on the thermal elastic-plasticity, the temperature fields and stress fields of EBB 6139T and 6204T radiator by two kinds of process were simulated by the software of ANSYS. It is of great value and significance to guide actual production.

本文根据电子束钎焊的特点，将电子束点热源转化为扫描加热时的面热源，针对散热器高温下温度实时测量和残余应力实测困难这一问题，建立了二维有限元模型，以热—弹塑性理论为基础，利用ANSYS软件对6139T和6204T散热器分别按两种电子束钎焊工艺钎焊的温度场和应力场进行了数值模拟，对于指导实际的生产具有重要的价值和意义。

The small blue capacitor has very high chances to go fully shorted compare to electrolytic capacitor which is very rare.

小蓝电容器具有很高的机会去充分地缩短了比较电解电容器，这是非常罕见的。

In the Italian campaigns of 1513 and 1515, when the Swiss won the victories of Novara and Marignan, he acted as army chaplain.

在意大利的运动， 1513年和1515年，当瑞士赢得了胜利，诺瓦拉和marignan ，他担任军队的牧师。