1.
2. The produce is easy to purify, has high quality, high utilization ratio of raw material and energy.
2.产品质量好,提纯方便,原料利用率高,能量利用率高。
2.
Energy Analysis of High Temperature Air Combustion;
高温空气燃烧系统的能量利用率分析
3.
The Analysis of Gasification Process Effect on Multi-product System Energy Efficiency;
气化过程对多联产系统能量利用率作用的分析
4.
Theoretical Analysis and Experimental Study on Improving the Energy Efficiency of Steam Injection System for Heavy Oil Recovery;
提高稠油开采注汽系统能量利用率的理论分析与试验研究
5.
Detection of Firmness in Peaches by Coefficient of Restitution or Percentage of Absorbed Energy
利用恢复系数、能量吸收百分率预测桃子硬度
6.
ROP increasing method based on the utilization efficiency of hydraulic power for the ultra-deep wells
基于水力能量利用效率的超深井钻井提速技术
7.
Brain-computer interface using RWE and PNN
利用相对小波能量和概率网络的脑-机接口
8.
Make Full Use of the ILASⅡ to Improve the Quality and Efficiency of Book Check-in
充分利用ILASⅡ功能 提高图书验收质量与效率
9.
Effects of Phytase at Different Levels of Energy and None-phytate- phosphorus on Energy and Nutrients Utilization of Broilers
不同能量和有效磷水平下植酸酶对肉鸡能量和养分利用率的影响
10.
Availability, efficiency, and rate of quality for the individual machines in the cell allow the focus on root causes.
单台设备的时间利用率,设备性能率与质量合格率为寻找问题根本原因带来可能性。
11.
Effect of Different CP/DE on Growth Performance and Feed Efficiency of Chinese Holstein Calves
日粮蛋白能量比对中国荷斯坦犊牛生长性能及饲料利用率的影响
12.
THE FACTOR-ENERGY EVALUATION MODEL OF AGRICULTURAL NATURAL RESOURCES UTILIZATION EFFICIENCY AND ITS APPLICATION;
农业自然资源利用效率的因子-能量评价模型及其应用
13.
However, the factors of OEE- availability, efficiency, and rate of quality- become indicators of where and what type of improvements should be made.
但是OEE的要素--时间利用率,设备性能率与质量合格率将会显示问题所在及相应的改善点。
14.
Unplanned energy unavailability(UEU)
非计划能量不可用率
15.
Effects of Multi-function Aquasorb on Yield and Water Use Efficiency (WUE) of Potatoes;
多功能保水剂对马铃薯产量和水分利用效率（WUE）影响研究
16.
Nutritional Regulation of Rumen Health and Carbohydrate Energy Utilization of Ruminants;
反刍动物瘤胃健康和碳水化合物能量利用效率的营养调控
17.
Analysis for Energy Transition Efficiency of Cropping System in High Yield Region of Front Mountain Plain;
山前平原高产区种植系统能量利用效率动态分析
18.
The Optimization of Energy Utilization in Sintering Process According to the Analyze of Reducing the Air Leakage Ratio
从降低漏风率的角度分析烧结过程能量利用的优化