| 2249 - 2256 |
Effective difference volumes of inoculum for methane production in anaerobic batch digestion by using casein
Vongvisith B, Zhang WD, Liu M, Ji XY, Yin F, Wang CM, Wu K, Zhao XL, Liu J, Yang H |
| 2257 - 2264 |
Study of the mechanism of hydrate formation promoted by hydrophobic nano-SiO2
Wang R, Sun H, Xu X, Zhang J, Wang J, Yang Z, Zhang Z, Lai X, Liu T, Jiang G |
| 2265 - 2276 |
Mapping sediment-dispersal characteristics of Neogene deltas using seismic geomorphology, Liaodongdong area, Bohai Bay Basin, China
Wang Z, Xian BZ, Ma LC, Chao CZ, Pu Q, Liu JP |
| 2277 - 2285 |
Experimental study on improving the separation performance of liquid-solid fluidized bed using flotation reagent and newly designed aeration unit
Shao HZ, Peng YL, Xia WC, Jie S, Xie GY |
| 2286 - 2306 |
Evaluation of column flotation froth behavior by image analysis: effects of operational factors in desulfurization of iron ore concentrate
Nakhaei F, Irannajad M, Mohammadnejad S |
| 2307 - 2316 |
The modification of the mesoporous carbon CMK-3 with the aqua regia and its adsorption desulfurization mechanism
Li J, Cui LC, Wu J, Yang L, Bai J |
| 2317 - 2326 |
Transesterification of Prunus armeniaca oil using calcium methoxide as a catalyst: Identification of methyl esters and proposed mechanistic pathways
Mehta K, Jha MK, Divya N |
| 2327 - 2333 |
Mesoporous CuO/MgO synthesized by a homogeneous-hydrothermal method and its catalytic performance for the ethynylation reaction of formaldehyde
Liu SF, Peng WC, Zhang JS, Tong YB, Yuan J, Qi XX, Yan XR, Sun DK, Dai B |
| 2334 - 2341 |
Agricultural waste resources and biogas energy potential in rural areas of Lao PDR
Vongvisith B, Zhang WD, Fang Y, Kai W, Ming L, Ji XY, Wang CM, Zhao XL, Jing L, Hong Y |
| 2342 - 2353 |
Sulfonic polymer catalysts for converting of furfural to high-value chemicals
Peng X, Chen L, Yan ZC |
| 2354 - 2366 |
Optimal synthesis of YBaCo4O7 oxygen carrier for chemical looping air separation
Hou LM, Yu QB, Wang K, Qi ZF, Qin Q, Wu TW |
| 2367 - 2377 |
Review of energy-consumption measuring techniques for the flotation process
Cheng G, Zhang CX, Cao YJ, Jiang ZD |
