1 - 2 |
Hydrogen, the once and future fuel Gregoire-Padro CE |
3 - 10 |
High-efficiency photoelectrochemical hydrogen production using multijunction amorphous silicon photoelectrodes Rocheleau RE, Miller EL, Misra A |
11 - 18 |
Plasma reforming of methane Bromberg L, Cohn DR, Rabinovich A, O'Brien C, Hochgreb S |
19 - 24 |
Production of hydrogen from biomass by catalytic steam reforming of fast pyrolysis oils Wang DN, Czernik S, Chornet E |
25 - 40 |
Numerical simulation of vortex pyrolysis reactors for condensable tar production from biomass Miller RS, Bellan J |
41 - 48 |
CO2-free production of hydrogen by catalytic pyrolysis of hydrocarbon fuel Muradov NZ |
49 - 55 |
Onboard storage alternatives for hydrogen vehicles Berry GD, Aceves SM |
56 - 71 |
Regenerative fuel cell systems Mitlitsky F, Myers B, Weisberg AH |
72 - 77 |
Advanced hydrogen fueled internal combustion engines Van Blarigan P |
78 - 82 |
Chemical kinetic modeling of hydrogen under conditions found in internal combustion engines Marinov NM, Curran HJ, Pitz WJ, Westbrook CK |
83 - 89 |
Comparison of hydrogen, natural gas, liquified petroleum gas, and gasoline leakage in a residential garage Swain MR, Shriber J, Swain MN |
90 - 94 |
A new method for quantification of fluidized bed agglomeration tendencies : A sensitivity analysis Ohman M, Nordin A |
95 - 101 |
Studies of coal liquefaction at very short reaction times. 2 Huang H, Wang KY, Wang SJ, Klein MT, Calkins WH |
102 - 108 |
NOx and N2O emission in bubbling fluidized-bed coal combustion with oxygen and recycled flue gas : Macroscopic characteristics of their formation and reduction Hosoda H, Hirama T, Azuma N, Kuramoto K, Hayashi J, Chiba T |
109 - 114 |
Activity and regenerability of sulfated zirconia superacid catalysts in isobutane/1-butene alkylation Das D, Chakrabarty DK |
115 - 119 |
Depolymerization of subbituminous coal under mild conditions in the presence of aromatic hydrocarbon with recyclable superacid HF/BF3 Shimizu K, Saito I |
120 - 128 |
Microphase behavior of asphaltic micelles during catalytic and thermal upgrading Storm DA, Barresi RJ, Sheu EY, Bhattacharya AK, DeRosa TF |
129 - 138 |
Effects of extended duration testing and time of addition of N,N '-disalicylidene-1,2-propanediamine on jet fuel thermal stability as determined using the gravimetric JFTOT Pande SG, Hardy DR |
139 - 143 |
Influence of calcination and reduction conditions on the catalyst performance in the pyrolysis process of biomass Garcia L, Salvador ML, Bilbao R, Arauzo J |
144 - 151 |
Pyrolysis and gasification in a bench-scale high-pressure fluidized-bed reactor Megaritis A, Zhuo Y, Messenbock R, Dugwell DR, Kandiyoti R |
152 - 158 |
Surface thermodynamics for polar adsorbates on Wyodak coals Glass AS, Wenger EK |
159 - 173 |
Nitrogen transformations in coal during pyrolysis Kelemen SR, Gorbaty ML, Kwiatek PJ, Fletcher TH, Watt M, Solum MS, Pugmire RJ |
174 - 182 |
Effect of LiBr addition to 1-methyl-2-pyrrolidinone in the size-exclusion chromatography of coal-derived materials Herod AA, Shearman J, Lazaro MJ, Johnson BR, Bartle KD, Kandiyoti R |
183 - 188 |
Gas hydrate formation in the deep sea : In situ experiments with controlled release of methane, natural gas, and carbon dioxide Brewer PG, Orr FM, Friederich G, Kvenvolden KA, Orange DL |