1.
The Reengineering Patterns of Technological Capability in Equipment Industry;
装备制造企业技术能力再造模式研究
2.
The Barrier Location and Restoration of Survival Capability Reestablishment for Public Enterprise;
公有制企业生存能力再造的障碍及其对策
3.
Evolution Path and Strategy Choice of Technological Capability Reengineering for the Enterprises During Their Industry Conversion;
转型企业技术能力再造的路径分析与战略选择
4.
Re-build the Regulation Capacity of Environmental Standards;
环境标准的规制能力再造——以对健康的保障为中心
5.
A Discussion on the Fluctuations of Steel Prices and the Re-Development of Core Competencies of Steel Companies under the New Economic Age
论新经济金融时代下钢材价格波动与钢铁企业核心能力再造
6.
Judgment of Validity of Carbon Sequestration Capacity of Afforestation and Reforestation Project
造林再造林项目碳汇能力有效性判别
7.
Service Process Reengineering and Service Capacity Redesign of Outpatient Pharmacy;
门诊药房服务流程再造及服务能力再设计
8.
Redesigning the Supply Chain Based on Reengineering,Outsourcing and Relational Capabilities;
基于再造、外包和关系能力的供应链再设计
9.
The third phase is for
第三阶段:探究能力与再创造能力提高阶段(高三)。
10.
Implementing Green Remanufacturing of Machine Tools, Improving the Equipment Capability of Manufacturing Industry in Western China
实施机床绿色再制造,提升西部制造业装备能力
11.
The Study of Business Process Reengineering Theory Based on the Core Ability;
基于核心能力的企业业务流程再造研究
12.
Business Process Reengineering--An Effective Approach to Improve Core Competence;
业务流程再造——提升企业核心能力的有效途径
13.
On the Vacancy and Reinvention of Government s Crisis-Governance Ability;
论政府公共危机治理能力的缺失和再造
14.
Optimization methods for disassembly scheduling problems with capacity constrains in remanufacturing system
再制造系统能力约束下拆卸批量计划优化方法
15.
On Rebuilding and Promotion of Party's Governing Ability in Risk Conditions
试析风险境域中政党治理能力的再造与提升
16.
Multi-period optimal design for manufacturing/remanufacturing logistics network considering expandable facility capacities
设施能力可扩展的制造/再制造物流网络多周期优化设计
17.
In the western area the enterprise ability needs to be improved and the arrangement process reconstructed so as to increase the enterprise competitiveness.
我国西部企业需要提升企业能力,进行流程再造,以增强企业竞争力。
18.
The solution then would be to use renewable energy sources to create electricity and to use that electricity to extract hydrogen from water via electrolysis.
那么，解决的方法将是使用再生能源来制造电力，再利用电力，以电解法将氢气从水中分离出来。