1 |
Korea Transport Institute (2009) Preliminary study of social economical benefit in transportation sector. 09-06-26.
|
2 |
Korea Transport Institute (2007) Social and economical benefit of railroad, MOCT.
|
3 |
J.S. Lee, K.T. Kim, J.K. Eom (2009) A Methodology study of Estimating the Benefits of Tilting Train Deployment, Journal of the Korean Society for Railway, 12(5), pp. 700-706.
과학기술학회마을
|
4 |
Mike Holland, Paul Watkiss, Benefit Table Database (2002) Estimate of the marginal external cost of air pollution in Europe.
|
5 |
H.K. Kim (2008) Sustainable and green transportationin Transportation, 128, pp. 6-12.
|
6 |
Korea Development Institute (2008) Guideline of Preliminary study in road and railway projects(Rev. 5).
|
7 |
Korea Environmental Analysis Institute (2002) Environmental analysis of ground transportation.
|
8 |
Seoul Development Institute (2007) Green Logistics for Seoul.
|
9 |
A. Markandya (1998) "Economics of Greenhouse Gas Limitations: the indirect cost and benefits of green house limitations, UNEP.
|
10 |
The United Kingdom Department for Transport (2007) "The NATA Refresh: Reviewing the New Approach to Appraisal".
|
11 |
UK Department of the Environment (2007) Food and Rural Affairs(Defra), "How to Use the Shadow Price of Carbon in Policy Appraisal".
|
12 |
Richard Schneider (2010) "Wankkompensaton und aktive Radsatzstuerung, 'Flexx Tronic' von Bombardier", Eisenbahn- Revue.
|
13 |
EU, Benefit table database (2004) Estimate of the marginal external cost of air pollution in Europe.
|
14 |
Yoshihiro Suda, Takefumi Miyamoto (2001) "Active Controlled Rail Vehicles for Improved Curving Performance and Response to Track Irregularity", Vehicle System Dynamics Supplement.
|
15 |
Richard Schneider, Guenther Himmelstein (2006) "Active Radial Steering and Stability Control with the Mechatronic Bogie", WCRR.
|