加药量 meaning in Chinese
dose
Examples
- Our service staff will analyze the treated water for you in order to estimate the following dosing amount . delivery is made in 30kg plastic cans
我们的售后服务人员，将为客户化验水质，目的是跟踪评价加药量。送货包装是30公斤塑料桶。 - Finally , we can establish a mathematical model , a simply function with the addition quantity and the turbidity , and there is only a variable in the function
通过这些处理方法，我们将影响加药量的诸多因素变成常量，只剩下浊度一个变量，我们就不难找出它与投药量之间的关系。 - The automation of coal flotation has been wandering for many years in china . the production efficiency is relatively low because of the feed forward control which adds the flotation reagent based on the fine coal in feed slurry , ignoring the quantity and quality of the products . aiming at this problem , method of measuring the flotation technical parameters was studied , the slurry level meter and the slurry ash - measuring device were worked out , and the computer control system of the coal flotation was designed . the feedback control was realized by using the fuzzy logic control control technology to regulate the reagent addition and the slurry level in the flotation tank according to the concentrate ash content detectedby the coal slurry ash - measuring device developed . the industrial experiment indicates that the performance inedxes of the coal slurry ashmeasuring device have come up to the advanced levek of the world . the application of the detection and control system in huaibei coal preparation plant results in a high concentrate recovery , a decrease of the reagent consumption , ensuring a highly efficient operation
浮选自动化在我国多年来徘徊不前，一直采用根据入浮煤浆中的干煤泥量来确定加药量的前馈控制方法，而不直接以产品的数质量指标作为控制目标，导致浮选生产效率较低.针对上述问题，研究了浮选工艺参数的检测方法，开发了浮选浆位仪和煤浆测灰仪，设计了浮选计算机控制系统，它根据煤浆测灰仪旁线检测的精煤灰分，运用模糊控制技术，通过调整浮选药剂添加量和浮选机浆位，来实现浮选过程的反馈控制.工业性试验表明，煤浆测灰仪的性能指标接近国外先进水平.煤泥浮选测控系统在淮北选煤厂的现场使用，使浮选生产在精煤灰分合格的前提下，得到了较高的产率，并降低了药剂用量，从而保证选煤厂高效率地运行 - According to analyzing how the factor ( example : water temoerature ) which continuously changes influence the addition quantity of coagulant , we found the addition quantity did not change in a narrow range of the temperature , so we give a data in every range of the temperature , and we regard it as a constant in every range . at the same time , we found the factors ( example : alkalinity , ph of the raw water ) change always in a narrow rang , and we regard it as a constant too
同时对那些常年在一个很小范围内变化，在个别较短时间段内，变化幅度较大的影响加药量的因素(例如，碱度、 ph值) ，我们可以将这些因素在小范围内变化时，作为常量处理，当这些变量在很短时间段内(这些变量常年稳定)有较大的变化时，我们可以加入试剂，调整这些因素值的大小，使它们处于正常的范围内，这样也可以将它们作为常量处理。