1)Alpine region高寒地区
1.Application of concrete construction technique for alpine region in cold seasons to Zhikong Hydropower Station in Tibet;高寒地区低温季节混凝土施工技术在西藏直孔水电站的应用
2.Preliminary Study on Diurnal Variations of the photosynthetic Efficiency of Plastic Multching Cultivation on Fodder Sugar Beet (Beta vulgaris) In alpine region;高寒地区地膜覆盖栽培饲用甜菜光合日变化初探
3.Evaluation of ecological adaptability and productivity of two species of Elymus in alpine region;高寒地区两种老芒麦生态适应性和生产性能评价
英文短句/例句
1.Research on the Thermosyphon Foundation of High-Voltage Transmission Tower in Permafrost Region;高寒地区高压输电杆塔热桩基础研究
2.Practice of matching between mini EAFs & billet CCM at frigid zone高寒地区小电炉配连铸机的生产实践
3.The Research of Construction Techniques of Rccd in the High Altitude and Cold Zone;高寒地区碾压混凝土坝施工工艺研究
4.The Study of the Solar Storage System in the Cold Northwest Region;西北高寒地区太阳能储热系统的研究
5.Application on BFRP in the box concrete beam reinforcement in high and cold regionBFRP在高寒地区砼梁加固中的应用
6.Study on Spatial Distribution of Soil Phosphorus of Alpine Area in Eastern Qinghai-Tibetan Plateau青藏高原东缘高寒地区土壤磷素空间分布研究
7.Leakage Treatment for the Plateau Tunnel in Cold Region and Environmental Protection高原高寒地区隧道内渗漏水整治与环境保护
8.A Study on Seasonal Dynamic of the Phenols in Leaves of Alpine Plants and the Relation between it and Cold-resistance;高寒地区植物中酚类物质含量动态及其与抗寒性关系的研究
9.Brewery Wastewater Treatment with CASS Process in High Cold Region循环式活性污泥法处理高寒地区啤酒废水
10.The Efficiency and The Principle of Vegetative Agriculture in Alpine Region of Qinghai-Tibetan Plateau of China;高寒地区营养体农业的原理与效率研究
11.Study on Water Demand of Ecological Environment of Middle and Small River in High and Cold Area;高寒地区中、小河流生态环境需水问题的研究
12.Asphalt Mixture Ratio Design Method in Chill Region;高寒地区公路沥青混合料配合比优化设计
13.The Simulation and Analysis of RCC Dam Temperature Stress Fieid in High Latitude Area;高寒地区碾压混凝土坝温度应力仿真分析
14.Study on the Process of Ice Formation and Melting in Diversion Channel of Tibet;西藏高寒地区引水渠道冰花生消规律研究
15.Research and Exploitation of Solar Energy Preservation Pigpen in Frigid Zone;高寒地区太阳能保温猪舍的研究与开发
16.Wind environment designing on the low-density residence with high rising structure in cold zone寒冷地区高层低密度住区风环境设计
17.Design of Fiber Cable in the Low and high Temperature areas高寒和温差大地区光缆设计初步探讨
18.Discussion About Equipment Support of Paroxysmal Incident in Altiplano s and Extremely Frigid Border;高原高寒边境地区突发情况装备保障问题探讨
相关短句/例句
alpine area高寒地区
1.Effects of seed soaking with plant growth promoting bacteria(PGPR) suspension on the growth and nitrogen fixation efficiency of oat in alpine area;植物生长促生菌浸种对高寒地区燕麦生长及固氮的效应
2.Plastic mulching for fodder tunip production in alpine area: Ⅱ.Effect on growth and yield;高寒地区饲用芜菁塑膜覆盖栽培研究Ⅱ.覆膜对芜菁生长发育、产量和质量的影响
3.Study on plastic mulching cultivation on Brassica rapa in alpine area Ⅰ . Effects of plastic mulching cultivation on micro-environment of Brassica rapa in alpine area;高寒地区饲用芜菁塑膜覆盖栽培研究 Ⅰ.覆膜对芜菁微环境的影响
3)high-cold area高寒地区
1.Comparison trial on cultivated annual forage and crop in high-cold area;高寒地区一年生牧草饲料作物引种评比试验
2.On the basis of occasion of debris flow,substance composes of fountainhead,lithology character,athletics rule,and followed prevention particularity of debris flow in high-cold area,exploder lead flow wall-net,evacuate shelf structure,peg-board evacuate launder and camber lead-flow block wall are the most effective prevention technics on highway debris flow.基于天山公路泥石流爆发诱因、物源组成、岩性特征、运动规律,遵循高寒地区公路泥石流防治的特殊性,所开发的导流墙网、排导棚架结构、桩板泄流槽、导流弧形挡土墙技术,是该类公路泥石流极其有效的防治技术。
3.According to features of environment and climate of high-cold areas,authors provide requirements from such aspects as concrete match ratio design,selection of construction materials,matters need attention in construction,and treatment of embankment and so on in order to reduce the broken slab ratio in construction of concrete roads in high-cold areas and to ensure co.本文针对高寒地区的环境气候特点,从混凝土配合比设计、使用材料选择、施工过程中应注意的问题以及对路基的处理等方面提出了要求,以降低高寒地区混凝土路面施工过程中的断板率,保证施工质量。
4)frigid zone高寒地区
1.Study on frost crack prevention of rockfill dam with concrete facing in frigid zone;高寒地区混凝土面板堆石坝面板防冻裂技术研究
2.Fault cases of fiber optic cable link on frigid zone;高寒地区光缆线路故障案例分析
3.This paper analyses the reasons of defrosting problems from coach windscreen in frigid zones,brings forward the modified solutions to the problems,and introduces the testing process for the modified solutions.针对客车在高寒地区前风窗玻璃除霜问题,分析原因,提出改进结构方案,并通过各项测试予以验证。
5)cold area高寒地区
1.The study of culture technic for the Lepomis macrochirus in cold area;高寒地区蓝鳃太阳鱼养殖技术研究
2.This paper aims to explore the prospect of developing energy and environmental engineering of the centralization-breeding factory in the cold area.本文旨在探求在高寒地区集约化养殖场开展能源环境工程建设的前景。
3.The experiment explored a new way for harvest in cold area.黑龙江省建三江分局创业农场一队采取选用适宜品种、整地精耕细作、钵盘培育壮苗、提早插秧日期、科学管水施肥、防治病虫草害等综合技术措施,获得了2002年千亩水稻近10t/hm~2的突出成就,为高寒地区水稻大面积夺高产探索出一条可行新
6)irrigation area of high-cold region高寒地区灌区
延伸阅读
高寒地区兴安落叶松一年生上山苗培育技术黑龙江省图强林业局地处我国北部高系地带，苗木生长周期较短，难以提高产量。为延长落叶松生长周期，采用温室育苗与大地换床相结合的方法，当年就可培育出高产、优质的上山苗木，现将方法简述如下。一、材料与方法基质。育苗基质取自图强林业局苗圃生产的泥炭土，其养分含量为有机质7.73%、全氮1.06%、全磷0.14%、全钾1.08%、PH6.92。采用该土可保证苗期不用施肥。试验场所。在温室内，温室为玻璃棚顶，以利光照。侧墙设有适量通风孔，四周要严密并有增温设备。容器。以塑料托盘为单位进行试验，每个盘内有88个容器杯，杯直径4.8厘米、高12.5厘米。播种和播种日期。播种按操作规程进行。种子在冬季经过雪藏处理，播前土壤用0.50%硫酸亚铁溶液消毒，药量为2千克／平方米。播种方式为点播，每个杯内3粒种子。本次试验是在4月3日播种的，播后第7天开始出苗，12天基本出齐，育苗量为570株／平方米。二、温室的管理技术温度。白天温度可控制在25℃左右，夜间不低于10℃。5月份以后，如室温较高，可采用托盘浇水，地面泼水或打开侧窗增大通风量等方法进行室内降温。湿度。要控制在70%-80%，若湿度不足时，应进行地面浇水和利用喷雾器进行喷雾。浇水时间。4月上、中旬，应在晴天上午浇水，因此时气温还未达到一定高度，如若傍晚浇水则地温下降，从而影响夜间温度。5月中旬以后气温较高时，应在傍晚浇水，这样可使地温下降，以抑制苗木的呼吸作用。幼苗早期浇水应量少次多，而生长后期应一次浇足。病害防治。苗出齐后开始进行防治，每隔7天左右喷洒一次1：1的波尔多液或者0.50%硫酸亚铁，用量为2千克／平方米，喷后l小时用清水冲洗。三、大地换床及苗木生长情况在6月20日把托盘苗木移植到室外圃地，此时苗木高生长即将进入旺盛期，苗木高4.67厘米、平均地径0.15厘米、主根长8.80厘米，侧根数6条。换床的圃地要施足基肥，土壤要细碎，作床要平整。移植前杯内只保留一株生长健壮的苗木，移植要在阴雨天进行。用手轻压容器杯底，幼苗连同泥炭土呈杯状移出，然后按常规苗换床规程进行。移植后要灌足水，并用苇帘遮荫7天，移植10天后即可揭帘，揭帘应在阴雨天进行。对移植的苗木要及时除草、松土和浇水。在7月初要迫施一次肥料，8月初追施2次肥料。肥料为硫酸铵，每平方米25克。9月17日对移植苗木进行调查，并与温室未移植苗和当年田间播种苗进行比较，移植田间苗和温室未移植苗都能达到上山苗要求，但从质量上看，温室未经移植苗木质化程度差，根系不发达。而移植田间的苗木生长健壮，顶芽饱满，木质化程度高，主侧根发达。一般田间播种苗则达不到上山的要求。——摘自《黑龙江林业》2002.8
