Study on the Structure and Factors of TOT Applied in Water Conservancy and Hydropower Project

Li Ma; Song Jiang Wang

doi:10.4028/www.scientific.net/AMR.468-471.1564

Paper Titles

Dynamic Behaviour of a Novel Compliant MEMS Force Amplifier by MATLAB/SIMULINK
p.1541

Embedded Capacitive Grid Sensing Technology for Torque Measurement
p.1551

The Pressure-Continuously-Regulating Valve Based on NC Rotating
p.1555

ELID Grinding Technology of Nano-Ceramic Scalpel
p.1560

Study on the Structure and Factors of TOT Applied in Water Conservancy and Hydropower Project
p.1564

Enrichment, Accumulation, and Potential Ecological Risk of Lead in the Sediments of Love River Mouth, Taiwan
p.1570

Effects of Surfactants on the Characteristics of Y₂O₃ Dispersion Phase through Hydrothermal Synthesis
p.1574

Empirical Analysis about the Relationship between Economic Growth and Financial Development: Evidence from China
p.1578

Effects of Tin on Aluminum – Zinc Alloy as Sacrificial Anode to Protect Underground Oil Pipeline in Al-Mahawil Regional
p.1585

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 468-471Study on the Structure and Factors of TOT Applied...

Study on the Structure and Factors of TOT Applied in Water Conservancy and Hydropower Project

Abstract:

TOT project financing structure includes Renshi structure Wushi structure and Lishi structure [1]. Based on the qualitative analysis separately of the three structures, the article built the factor analysis framework for the three structures by the method of fuzzy entropy. The article will lay the foundation for further research on integration of the three structures.