at the hottest造句

• The air pressure at the hot value inlet does not become excessively low .
  在热风阀进口处的风压不要变得太低。
• " d ye remember that time we parted at the hot springs ?
  “还记得我们在温泉告别的时候么？ ”
• Lisa ： but there is a vending machine at the hot pot restaurant
  丽莎：不过火锅店有自动贩卖机啊。
• At the hottest
  在最激烈的一点上
• The hottest creative talents in japan gather at the hottest museum in tokyo
  现代日本的创造者、最引人注目的艺术家们的作品汇集一堂！
• A experimental study on a cooling system of a small flow vortex tube with the humidifer at the hot end
  小流量涡流管热端加湿制冷系统实验研究
• An overall air control for each pipe in each room is available by fitting an air valve at the hot water supply
  把空气阀安装在温水供给器时可综合处理各房间管路内的空气。
• This causes increased cycling of the heater elements and can result in increased water temperatures at the hot water outlet
  这将增加加热元件的周期性工作频率，并可能导致热水出水口处水温升高。
• This year ' s f1 schedule starts with tough back - to - back intercontinental flyaway races , with round two at the hot and humid sepang circuit in malaysia in just seven days time
  今年f1的赛程以一个紧密的洲际背靠背比赛开始。 7天之后，比赛将来炎热潮湿的马来西亚雪邦赛道举行。
• Abstract : the high - pressure jet - grouting antiseepage and reinforcement technique to treat dam foundation is reliable in quality and reasonable in economy at the hot spring reservior . it buys time for construction
  文摘:高压喷射灌浆防渗加固技术在温泉水库坝基防渗处理中选用，质量可靠，经济合理，为施工赢得了时间。
• In order to improve the refrigerating efficiency of the micro - vortex - tube , we have proposed a cooling system of a micro - vortex - tube with humidifying at the hot end . the hot gas temperature is lower than the gas of environmental temperature through humidifying the hot gas in the hot end
  为了提高微型涡流管的制冷效率，提出了涡流管热端加湿制冷系统，通过对热端气体加湿降温，获得低于环境温度的气体，同冷端气体一起制冷。
• So the thesis focuses the traditional dwelling named " shoujinliao1 in quanzhou , choose living examples to determine the climatic parameter , detailed analysis the circumstances and experience of ventilation , sunshade and heat insulation in " shoujinliao " dwelling , aim at the hot - damp climate of quanzhou , then describe a dwelling designed by writer , which fuse experiences above and practice together . at last , it discusses sustainable and development of the climatic design concepts found in shoujinliao dwelling . the paper has two basis investigations : 1
  本课题基于以上出发点选取泉州传统民居手巾寮为研究对象，针对有代表性的实例进行现场的气候参数测量分析，结合泉州热湿的地域气候特点，详细讨论了手巾寮民居中自然通风、遮阳、隔热，绿化、水体等结合气候环境布局建造的经验，并将经验模式同目前使用进行适当整合，落实于笔者的一项泉州民宅设计中，最后结合建筑实例具体探讨了手巾寮适应气候的创作方法及理念在当代建筑设计中的延续与发展。
• The type of this article is " used for product " . it analyzes surface pollution of metal , hydro capacity and effect to wall piping quantitatively on the base of the rinsing of piping of hydraulic system of precise - rolling machine at the hot sequential rolling plant . by analysis , we confirm the fit flux and pressure when rinsing , design high - ability , high - efficiency , wide - applicability whole set equipment
  本论文的成果直接用于生产，以太钢热连轧精轧机液压系统的钢管清洗为背景，对金属表面污染进行分析，对液压钢管冲洗时流体的性能和其对管道内壁的作用效果进行定量的分析，确定合适的冲洗流量和冲洗压力，设计制造了能力大、效率高、效果好、适用广的成套装置。
• Addressing the large audience , master said that she felt a great deal of love , as well as the purity of the people of nepal - buddha s land , note : buddha was born in lumbini , in southwestern nepal , approximately 2 , 500 years ago . , and that it was her honor to be in this beautiful country . she expressed surprise at the hot temperatures of kathmandu , explaining that she was once in the himalayas of india and thought that nepal would have a similar climate
  面对着广大的听众群，师父说她深深感受到居住在这块佛陀之乡的人民所散发出来的爱和纯真的气息注：二千五百年前，释迦牟尼佛诞生于尼泊尔的蓝毗尼，她很荣幸能够来到这个美丽的国家，不过这里气温之高令她惊讶，师父说她曾去过印度的喜马拉雅山，以为尼泊尔的气候也和那里差不多，结果发现这里的气候就像尼泊尔人的心一样热情。
• Aimed at the hot point of the marine environmental ecosystem , the distribution and variation of nutrients and petroleum hydrocarbon , controlling mechanism and the influence to marine ecosystem were conducted in this thesis , according to the 2 cruise of field survey in the changjiang estuary and adjacent area , in suit mesocosm experiment and the dynamic model of ecosystem as well . the research would give some necessary scientific foundation to the research work for mechanism of the red tide in east china sea
  本文针对这一海洋生态环境的热点问题，通过对长江口邻近海域的海上现场调查、现场围隔生态实验以及相关生态动力学模型研究，对该海域营养盐及石油烃污染物的分布变化规律、控制过程以及对海洋生态系统的影响进行了研究，以为东海赤潮发生机理研究提供必要的科学基础。