高产

It is suitable for long-distance, large-capacity transport along the roadway of full-mechanized mining work face in the pit.

适用于煤矿井下高产高效综采工作面顺槽长距离、大运量运输。

Crop production technology for high yields is known. It is its implementation at farm level which is far from adequate.

作物高产技术已是众所周知，但在农场一级没有良好的贯彻执行。

The feature of this product is that diatom is taken as cereal or additional feed, so that stable and high yields can still be achieved even without feed or with 30 to 40 percentage of feed cut down; the outstanding social ecological economic benefits are brought by using this factory's products instead of medicines for curing disease in pond.

产品的特点是以硅藻作为主食或补食，对养殖体可免喂饲料或减喂饲料30-40％仍可稳产高产；对池塘病害不是以药物而是用本厂配套产品来进行生态治理，都具有显著的社会、生态、经济效益。

On the other hand, fertilizer of CaHPCu is cheap and the high degree of purity (the content of P_2O_5 is 27 -30%)can improve phosphorus in soil, reduce production cost and promotes agricultural effectiveness. The content P in CaHPO_4 slow release in calcareous soil. Besides, the addition of HA activates phosphorus in CaHPO_4 and in soil, increases organics in soil, which promotes crops quality and yield.

一方面由于磷酸氢钙的纯度高，与过磷酸钙相比重金属等杂质含量较少，能有效减少对土壤及水体的污染；另一方面磷酸氢钙价格低廉，P_2O_5，含量可以达到27～30%，在石灰性土壤中本身就是一种缓效磷；腐植酸的添加，活化了磷酸氢钙中的枸溶磷，同时可能改善了土壤团粒结构，为作物优质、高产奠定了良好的基础。

Results are as follows:(1)To develop high yield green grass and to change grass for fish is a beneficial way to deal with the shortages of grains and concentratedfeed.

本研究根据上海精养鱼塘的生产现状，经3年（1992～1995年）大面积试验实施，指出种植高产饲草代替部分精料，以草换鱼是解决饲料不足和我国粮食短缺的有效途径。

To obtain the best nutritional quality, the optimum nitrogen application is 125.8kg/hm~2 under middle density, during different development stage, the best C/N value were respectively 1.35-1.40, 1.17-1.25, 1.02-1.03, 0.62-0.71, 1.55-1.72, 0.98-1.02.8, Consequently, to obtain the unification between high yield and good quality, under the conditions of this study the optimum plant density is 60000 plant/hm2, the optimum nitrogen application is 120kg/hm2 to 180kg/hm2 under this density, it was obtained that at five-leaf, seven-leaf, ten-leaf, silking, lid after silking and harvest stage, the best C/N value were 1.27-1.63, 0.80-1.38, 0.81-1.07, 0.62-0.90, 1.39-1.72, 0.98-1.17, respectively.

在各生育时期适宜叶片碳氮比值分别为：1.35～1.40、1.17～1.25、1.02～1.03、0.62～0.71、1.55～1.72、0.98～1.02。 8、综合各因素，要达到甜玉米高产优质的统一，本试验推荐种植密度为60000株/hm~2，中密度下适宜施氮量为120～180kg/hm~2，叶片碳氮比值在五叶展、七叶展、十叶展、吐丝期、吐丝后11天、收获期动态变化为：1.27～1.63、0.80～1.38、0.81～1.07、0.62～0.90、1.39～1.72、0.98～1.17。

Three strains that largely produced phytase were screened from the twenty-one strains of funguses.

采用透明圈筛选法从21株食用菌菌株中筛选出3株高产植酸酶菌株—金针菇1号、平菇1号和平菇2号。

Statistics show that there are more than 80% high-production gas zone among the test zones.

统计表明，在所测试层段中，有80%的井段为高产气层段。

Rice production and sustainable development for agriculture in China waslimited by poor quality of gleyed paddy soils, such as the accumulation of reductivesubstance, low availability of soil nutrients and declined soil productivity, due to poordrainage. In the past, researches focused more on engineering technology to improvegleyed paddy soils.

潜育性稻田由于其排水不畅，造成稻田土壤通气不良、还原性有毒物质累积、养分有效化过程受阻以及土壤生产力下降等一系列问题，严重影响我国的水稻高产稳产和农业可持续发展，过去的研究仅局限于工程措施改良潜育性稻田，对施肥等农艺措施研究不够。

This paper, based on analyzing the effects of the entry into WTO on the China stock raising, puts forward that the traditional grain farming system should be reclaimed with a high yield, high efficiency and sustainable farming system (mixed-raising farming system).

本文在分析加入WTO对我国畜牧业影响的基础上，提出用一种高产，高效，可持续发展的耕作制度改造传统的谷物大田耕作制，从而形成从植物生产到动物转化，再到食品加工这样一个产业链条，实现与世界现代农业的接轨。

And Pharaoh spoke to Joseph, saying, Your father and your brothers have come to you.

47：5 法老对约瑟说，你父亲和你弟兄们到你这里来了。

Additionally, the approximate flattening of surface strip using lines linking midpoints on perpendicular lines between geodesic curves and the unconditional extreme value method are discussed.

提出了用测地线方程、曲面上两点间短程线来计算膜结构曲面测地线的方法，同时，采用测地线间垂线的中点连线和用无约束极值法进行空间条状曲面近似展开的分析。