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The article studied on processing technology of tomato beverage using tomato as material, they did experiment aim to increase juice yield , stability of the beverge and to keep colour. The results indicated juice yield is able to reach 81.5% after preheating, adding pectase , pressure filtering, the processing technology improved the utilization of tomato.

以番茄为原料进行饮料的加工，针对提高番茄出汁率、饮料稳定性、饮料色泽的保持工艺研究实验，结果发现，对番茄预热后，再加果胶酶处理、加压过滤工艺可使番茄的出汁率达到81.5%，提高了番茄的利用率；番茄饮料中添加2‰，质量比5：2：3的羧甲基纤维素钠、黄原胶、琼脂复配增稠剂可使饮料在常温保存三个月仍具有良好的稳定性。

Based on the water and fertilizer coupling experiment in corn field,one-dimensional soil moisture content model containing the water uptake corn roots is used in this paper to simulate the evapotranspiration and the water uptake of corn roots and the change of soil pondage and soil moisture budget under the different water and fertilizer coupling conditions in corn field.

结果表明：在玉米生长初期以棵间蒸发为主，其后则是以植株蒸腾为主；玉米在30～40 cm土层吸水速率达到最大值；玉米灌水量为田间持水量的70%与85%对土壤0～80 cm土层贮水量的贡献是相等的，并且高肥力在一定程度上可增强根系的吸水能力，高灌水可增强玉米根系对养分的吸收利用，但对于提高水肥利用率来说，理想的处理为中肥中水。

Applied by enterprises and approved by tax departments, imposition of enterprises' income tax can be reduced 15 percent to 30 percent according to the ratal unceasingly in ten years when the preferential policies of "exemption from taxation for two years, reduction from taxation for three years" expire for foreign-invested projects of raising and processing excellent breeder up to a certain extent economic scale and productive projects which can improve and cultivate new varieties fruit and vegetables, and provide high and new technology of fresh and storage.

外商投资引进的优良种畜禽饲养、加工达到一定经济规模的项目，以及能够改良、培育新的林果、蔬菜品种并能提供保鲜、储藏高新技术的生产性项目，除可享受企业所得税"两免三减"优惠政策外，经企业申请，税务部门批准，在以后的10年内可继续按应纳税额减征15%—30%的企业所得税。

It is believed that by controlling the space-time distribution of precipitation, along riverhead, that may cause disaster, we can control flood, mitigate disaster and utilize water source reasonably. Using this method, we can not only reduce disaster loss and save manpower, material and financial resources, but also solve the water shortage problems of some regions.

通过从源头上控制引起洪涝灾害的水源―降水的时空分布，达到控制水患灾害和充分合理利用水资源的目的，既可减少灾损，节省用于防洪的大量人力物力财力，又可解决急需降水地区生产生活用水的燃眉之急，其优越性是显然的。

Austrian companies from the new development of large photovoltaic Binodal silicon thin-film solar cell conversion efficiency of 8%, to reach the international advanced level; At the same time, the battery components can be greatly reduced installation costs, lower system cost of power generation and thus avoid the crystalline silicon the production process of high energy consumption, more conducive to energy saving and environmental protection, applicable to vehicle battery charging station, residential roofs, walls and large-scale power plant construction and other fields, has a broad application space.

由新奥光伏公司研制的超大型双结硅基薄膜太阳能电池的转换效率为8%，达到国际先进水平；同时可大幅降低电池组件的安装成本，进而降低系统发电成本，避免了晶体硅生产过程中的高能耗，更有利于节能环保，可适用于车用充电站、住宅屋顶、建筑幕墙和大型电站等多个领域，具有广泛的应用空间。

With a study of plant community succession on 5 stocking rates,herbage utilizational efficiency and risk-benefit balance,it is suggested the sustainable development should follow:(1)no degradational principle of rangeland,(2)the maximum herbage utilizational efficiency,(3)the risk-benefit balance,When stocking rate was no more than 2.67 sheep/hm2,the proportion of grasses and plant biodiversity index and evenness were increased based on Artemisia frigida and short-grass rangeland.

草地畜牧业可持续发展的三大生物经济原则为草场不退化原则、最大生物学效率原则和风险-利润权衡原则：(1)草场不退化原则。在冷蒿小禾草退化草原上，暖季期间1.33～2.67羊/hm\+2的放牧率下可使其发生恢复演替，禾草的比例增大，植物多样性指数和均匀度指数均有所提高，从而达到利用式改良的目的；相反，若继续重牧或过牧，放牧绵羊喜食的植物种类将进一步减少，植物多样性指数也有所降低。

IDO inhibits the proliferation of eukaryotic intracellular pathogens or tumor cells by depriving them of tryptophan. IDO has been targeted for neurological disorders: it causes decrease of serotonin level in the brain resulting depression, and it causes the accumulation of neurotoxic quinolinic acid. IDO plays a key role in the suppression of T cell response and antitumor immune, it induces immune tolerance to embryo and explant.

IDO可通过降低微环境中色氨酸的浓度而达到抑制病原微生物增殖的作用； IDO与神经系统疾病也密切相关，它能降低5-羟色胺的水平而导致抑郁，也可造成脑中喹啉酸等具有神经毒性的代谢产物的累积； IDO在抑制T细胞免疫和抗肿瘤免疫、诱导母胎免疫耐受和移植物免疫耐受中均发挥重要的代谢性免疫调节作用。

The process basic scheme, configuration of the control system and its main functions are described. The master, controller and control net are reduplicated on purpose to improve the reliability of the control system, When TRT trips, one of the valves group for reducing gas pressure is opened fast to avoid the increase of blast furnace top pressure rapidly. In order to stabilize the roof pressure of the blast furnace during TRT oper...

为了提高控制系统的可靠性，系统的服务器、控制器及网络均按冗余方式配置；TRT跳闸时，为了不使高炉炉顶压力急剧上升，采用了减压阀组的紧急开放阀快速打开的控制策略；为了达到在TRT运行过程中稳定炉顶压力的目的，在可调静叶控制中使用了一种可初始化的回馈计算回路。

Our company is the specialized production CNC engraving machine's high salary enterprise, which is mainly engaged in the stone material engraving machine's research and development, manufacture and sale. In the base of Shandong University, we are devoted to research and produce of CNC. Stone engraving machine can carve hardwood surfaces of marble, blue stone, jade quartz, agate, glass, plastic cement, ceramics, stainless steel, titanium alloy, copper, iron, aluminum, bamboo willfully. According to the different materials, there are many kinds of different carving methods, achieves the artistic effects with different styles.

我公司是专业生产数控雕刻机的高新企业，主要从事石材雕刻机的研发、制造、销售，并以山东大学为依托致力于CNC的研发与生产，石材雕刻机能在大理石、青石、玉石水晶、玛瑙、玻璃、塑料水泥、陶瓷、不锈钢、钛合金、铜、铁、铝、竹木等硬材表面做任意雕刻，且可根据不同的材质，有多种不同的雕刻方法，可供选择，足以达到风格各异的艺术效果。

Our company is the specialized production CNC engraving machine's high salary enterprise, which is mainly engaged in the stone material engraving machine's research and development, manufacture and sale. In the base of Shandong University, we are devoted to research and produce of CNC. Stone engraving machine can carve hardwood surfaces of marble, blue stone, jade quartz, agate, glass, plastic cement, ceramics, stainless steel, titanium alloy, copper, iron, aluminum, bamboo willfully. According to the different materials, there are many kinds of different carving methods, achieves the artistic effects with different styles.

我公司是专业生产数控雕刻机的高薪企业，主要从事石材雕刻机的研发、制造、销售，并以山东大学为依托致力于CNC的研发与生产，石材雕刻机能在大理石、青石、玉石水晶、玛瑙、玻璃、塑料水泥、陶瓷、不锈钢、钛合金、铜、铁、铝、竹木等硬材表面做任意雕刻，且可根据不同的材质，有多种不同的雕刻方法，可供选择，足以达到风格各异的艺术效果。

In the United States, chronic alcoholism and hepatitis C are the most common ones.

在美国，慢性酒精中毒，肝炎是最常见的。

If you have any questions, you can contact me anytime.

如果有任何问题，你可以随时联系我。