Application of macro-TG (Shimadzu TGA-51) to hydrogen spillover in a tungsten(VI) oxide system

The Effect of Heterogeneous Catalysts on Hydrothermal Liquefaction of Corn Stalk under CO Atmosphere

“…The H 2 -DTG profiles of the catalysts are presented in Figure 2. For all of these catalysts, the profiles are featured by two main peaks at the temperatures of 50-150 ı C and 300-400 ı C. The peaks at the lower temperature are corresponding to the evaporation of moisture on the surface of the catalysts; the peaks at the higher temperature are due to weight loss of water from the reduction of active metal oxides by H 2 (Kanamaru et al, 1995). At the same time, the corresponding temperature of the peak of JT-203 (323 ı C) is lower than those of JB-1 and JT-201 (373 ı C), indicating the different oxygen mobility caused by different active metals (Ni, Co).…”

Synthesis and Characterization of Sphere-like Pt Nanoparticles Supported on DWCNT/WO3 Nanorods with Electrocatalytic Activity

“…As a potential and low-cost carrier for Pt, WO3 can induce a synergistic effect with Pt to improve its electrocatalytic activity [4][5][6] . The hydrogen atom adsorbed on the surface of Pt reacts with WO3 and generates HxWO3 [7,8] , which results in constant hydrogen atom overflow from the surface of Pt and enhances the hydrogen absorption capacity of Pt as well as its electrocatalysis. The structure of materials is known to markedly influence their properties [9,10] .…”