1) silted area of the Yellow River
黄河淤区
1.
The research on the technique of water-saving irrigation in silted area of the Yellow River aims at the implementation of water-saving irrigation in the silted area formed by the practices of strengthening levee by machinery sitation.
黄河淤区节水灌溉技术研究,目的在于对黄河机淤固堤形成的淤区实行节水灌溉。
2) the silt area in the back of the Yellow River dikes
黄河淤背区
1.
The existence of the silt area in the back of the Yellow River dikes is of great significance to preventing flood and keeping security of Yellow River.
黄河淤背区的存在 ,对确保黄河防洪安全有着重要意义 ,但淤区的水土流失现状堪忧 。
3) the Yellow River silt
黄河淤泥
1.
The energy-saving load-bearing fired perforated brick is tried, which is made from the Yellow River silt as main raw material and fly ash and so on.
对以黄河淤泥为主要原料掺入适量粉煤灰等外加剂的节能承重烧结多孔砖进行试验研究 ,其结果表明 ,该产品容重低、强度高、导热系数小、隔热、外观质量好 ,且工艺流程简单 ,易于控制 ,其主要性能指标符合 GB135 4 4 -2 0 0 0《烧结多孔砖》要求 。
5) the Yellow River silt
黄河淤泥砂
1.
The load-bearing brick made from the Yellow River silt,clay and fly ash was studied.
以黄河淤泥砂为主要原料 ,掺加部分粘土和粉煤灰进行了承重烧结砖的研究。
2.
The study on multiple-hole brick made from the Yellow River silt as raw material is carried out.
开展了以黄河淤泥砂为原料生产多孔砖的研究 ,分析了黄河淤泥砂的性能 ,介绍了黄河淤泥砂烧结多孔砖的研制和生产过程 ,对生产中的主要技术进行了探讨。
6) Yellow River silt cellular brick
黄河淤泥多孔砖
1.
In order to consider the elements affecting the slender high column members made of Yellow River silt cellular bricks through finite experiments,this paper uses the design method of orthogonal experiment to conduct compressive strength tests to these post members and through measurement get the limit bearing power and strain data of each member.
为了通过有限的试验全面有效地考虑多种因素对黄河淤泥多孔砖砌体中长柱构件的影响,运用正交试验的设计方法对黄河淤泥多孔砖砌体的中长柱构件进行抗压试验,测量得到各个构件的极限承载力和应变数据。
补充资料：长江黄河分水岭风景区
阿坝县位于青藏高原东南线和川西北高原西北边，昆仑山脉东端，横断山脉北端和大巴山脉西端，正处于长江、黄河支流河流分水岭地带。县境内正好有一条山脉，由西北部边界分水岭处一直向东南贯穿整个阿坝县境，成为一条长江黄河分水岭． 在阿坝县境西北部与青海省久治县交界处，一片宽敞的草场地名叫分水岭，在平坦的草地上长江黄河两条母亲河在草毯上共同携手向神圣的莲宝叶则山风景区脚下延伸，站在宽畅的省级过境公路上举目望去，即可以看到长江、黄河两条母亲河携手从山顶辽阔的草地上流向远方。山脚下的两眼清泉，是长江、黄河母亲河寻根旅游的胜地。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条