石灰

Product purpose:(1) calcium carbide (CaC2), organic synthesis of the basic raw materials, Cyanamid, chlor-alkali products, the main raw materials;(2) polyvinyl chloride, used for light industry, construction materials, agriculture, packaging, medicine , electronic equipment, cars, daily necessities;(3) caustic soda, used in paper making, leather processing and textiles;(4) hydrochloric acid, used in paper making, cleaning, rare earth, organic chemical raw materials, fuel , food leather, metallurgy and other industries;(5) lime nitrogen (CaCN2), used in the manufacture of containers of cyanide, cyanides, alkaline drug fertilizer, lime nitrogen particles, soil particles slow-release fertilizer to improve the main raw material;(6) double Cyanamid (H2CN2 2, melamine in raw materials, synthetic pharmaceuticals, dyes intermediates.

产品用途：（1）电石（CaC2），有机合成的基本原料，氰胺、氯碱类产品的主原料；（2）聚氯乙烯，用于轻工业、建筑材料、农业、包装、医药、电子设备、汽车、日用品；（3）烧碱，用于造纸、皮革加工和纺织业；（4）盐酸，用于造纸、清洗、稀土、有机化工原料、燃料、食品皮革、冶金等行业；（5）石灰氮（CaCN2），用于制造氰容器、氰化物、碱性药肥、颗粒石灰氮、土壤改良型缓释颗粒肥的主要原料；（6）双氰胺(H2CN22 ，三聚氰胺的原料，是合成医药、染料的中间体。

As the problem in low concentration SO_2 exhaust disposal processes through spraying milk of lime in environment protection plant of Lead and Tin metallurgy factory,the technology reform has been done.

针对铅锑冶炼厂环保车间石灰乳喷淋处理低浓度SO2烟气存在的问题，对环保车间进行了技术改造，采用碳酸氢氨水溶液代替石灰乳喷淋处理低浓度SO2烟气，副产亚硫酸氨产品，取得了良好的效果。

This paper studies the change of lime reduction of lime-ash soil under the following three conditions in an inside experiment,such as low temperature,stable temperature and exposed found.

通过室内试验对二灰土在恒温箱低温养生、养护室标准养生和暴露养生这三种养护条件下石灰剂量的衰减规律进行试验研究，得出的二灰土底基层施工中养护条件、实测灰剂量与龄期之间的相互关系，可为施工单位掌握二灰土石灰剂量变化情况提供依据，并为制定出科学可行的施工组织计划和检测标准打下基础。

The relations among the different condition, lime content and ages in lime-ash soil construction process are drawn,which can provide reference for construction units to grasp its changes rules,and lay a foundation for making feasible construction plan and measurement criterion.

通过室内试验对二灰土在恒温箱低温养生、养护室标准养生和暴露养生这三种养护条件下石灰剂量的衰减规律进行试验研究，得出的二灰土底基层施工中养护条件、实测灰剂量与龄期之间的相互关系，可为施工单位掌握二灰土石灰剂量变化情况提供依据，并为制定出科学可行的施工组织计划和检测标准打下基础。

This paper studies the change of lime reduction of lime-ash soil under the following three conditions in an inside experiment,such as low temperature,stable temperature and exposed found. The relations among the different condition,lime content and ages in lime-ash soil construction process are drawn,which can provide reference for construction units to grasp its changes rules,and lay a foundation for making feasible construction plan and measurement criterion.

通过室内试验对二灰土在恒温箱低温养生、养护室标准养生和暴露养生这三种养护条件下石灰剂量的衰减规律进行试验研究，得出的二灰土底基层施工中养护条件、实测灰剂量与龄期之间的相互关系，可为施工单位掌握二灰土石灰剂量变化情况提供依据，并为制定出科学可行的施工组织计划和检测标准打下基础。

Lime, lime-sulphur.

石灰、石灰硫黄合剂。

A hyperechoic wreath-like pattern of the renal medulla was referred to as the hyperechoic medulla. Acoustic shadowing behind the hyperechoic medullae were noted in 19 of 44 patients with gouty kidneys and 3 of 5 nephrocalcinosis. There was a higher incidence of renal abnormalities in the gouty kidney than in medullary nephrocalcinosis, including small renal size, irregular margin, cortical thinning, increased cortical echogenicity and real cysts.

所谓高回音肾髓质，是指在超音波影像上肾髓质呈现花环状高回音。19位痛风肾患者及3位肾髓质肾石灰沈著病患者，其高回音肾髓质影像之后方有音影出现；而痛疯肾病人比肾髓质肾石灰沈著病患者具有更多异常肾臟超音波表徵：如肾臟变小，肾边绿不规则，肾皮质变薄，肾皮质回音强度增加及具有肾水囊。

A hyperechoic wreath-like pattern of the renal medulla was referred to as the hyperechoic medulla. Acoustic shadowing behind the hyperechoic medullae were noted in 19 of 44 patients with gouty kidneys and 3 of 5 nephrocalcinosis. There was a higher incidence of renal abnormalities in the gouty kidney than in medullary nephrocalcinosis, including small renal size, irregular margin, cortical thinning, increased cortical echogenicity and real cysts.

所谓高回音肾髓质，是指在超音波影像上肾髓质呈现花环状高回音。19位痛风肾患者及3位肾髓质肾石灰沈著病患者，其高回音肾髓质影像之后方有音影出现；而痛疯肾病人比肾髓质肾石灰沈著病患者具有更多异常肾脏超音波表徵：如肾脏变小，肾边绿不规则，肾皮质变薄，肾皮质回音强度增加及具有肾水囊。

The two stage neutralization of lime stone and lime has great advantage comparing with the traditional lime neutralization.

通过实例说明石灰石—石灰乳二段中和法与传统的石灰乳中和工艺相比，有较大的优越性，可以降低处理成本和减少沉渣的产生

Plastic is made,using water which is a natural resource inexhaustible and available everywhere,coal which can be mined through automatic and mechanical processed at less cost and lime which can be obtained from the calcinations of lime stone widely present in nature.

塑料是由水、煤和石灰制成的。水是取之不尽的到处可以获得的天然资源；煤是用自动化和机械化的方法开采的，成本较低；石灰是由煅烧自然界中广泛存在的石灰石得来的。

In this paper, the requirement analysis, design and implementation of the system are introduced in detail.

此论文详细介绍了系统的需求分析，系统设计和具体实现。

In the context of economic globalization is increasingly deepening, China's economy can not be spared.

在经济全球化日益加深的背景下，中国经济不可能做到独善其身。