發展永續供應鏈協調與合作之決策模型(3/3)

Engineering & Materials Science

1. Fuel burners 100%
2. Quenching 99%
3. Heat losses 95%
4. Supply chains 94%
5. Turbulence 86%
6. Perforated plates 67%
7. Air 52%
8. Stretching 51%
9. Fans 44%
10. Ignition 43%
11. Relaxation 14%
12. Profitability 14%
13. Costs 12%

Business & Economics

1. Sustainability 33%
2. Revenue Sharing 29%
3. Supply Chain 28%
4. Coordination Mechanism 27%
5. Sourcing 22%
6. Quantity Discount 19%
7. Closed-loop Supply Chain 18%
8. Efficient Frontier 18%
9. Leasing 18%
10. Wholesale Prices 16%
11. Decision Model 15%
12. Innovation 12%
13. Trade-offs 11%
14. Equipment Investment 11%
15. Retailers 11%
16. Channel Structure 10%
17. Decision-Making Procedure 10%
18. Decision Maker 10%
19. Technology Selection 10%
20. Reverse Supply Chain 10%
21. Pareto Improvement 10%
22. Investment Process 9%
23. Equilibrium Solution 9%
24. Stackelberg Game 9%
25. Costs 9%
26. Supply Chain Coordination 9%
27. Strategic Issues 9%
28. Reverse Logistics 8%
29. Remanufacturing 8%
30. Strategic Choice 8%
31. Environmental Concern 8%
32. Retail Prices 8%
33. Boosting 8%
34. Methodology 8%
35. Demand Function 7%
36. Environmental Policy 7%
37. Optimization Model 7%
38. Pareto 7%
39. Follower 7%
40. Surplus 6%
41. Integral 6%
42. Supply Chain Management 6%
43. Corporate Social Responsibility 6%