|
ARTICLES |
|
|
J. J. García,
J. H. Smith |
A BIPHASIC HYPERELASTIC
MODEL FOR HYDROCEPHALUS |
295 |
A. S. Ghersin, R. S. Smith,
R. S. Sánchez Peña |
LPV CONTROL OF A MAGNETIC
BEARING EXPERIMENT |
303 |
M. V. Cifuentes, M. J. Venere,
A. Clausse |
INTERACTIVE REMESHING FOR
NAVIGATION OVER LANDSCAPE MODELS |
311 |
C. E. Gigola, M. L. Nardini,
A. C. Olivera, N. B. Brignole |
A LABORATORY EXPERIMENT
FOR UNDERGRADUATE INSTRUCTION: NON-IDEAL FLOW IN TUBULAR VESSELS |
317 |
J. G. Robledo Muñiz, A. Medina
Ramírez, J. M. Almanza Robles,
P. Gamero Melo, J. C. Escobedo Bocardo, A. M. Mendoza Martínez |
SYNTHESIS AND
CHARACTERIZATION OF HIGH SILICA ZEOLITES FROM COAL FLY ASH
(CFA): TWO CASES OF ZEOLITE SYNTHESIS FROM THE SAME WASTE
MATERIAL |
323 |
A. M. Jiménez-Rodríguez,
M. M. Durán-Barrantes,
R. Borja, E. Sánchez,
M. F. Colmenarejo, F. Raposo |
BIOLOGICAL SULPHATE
REMOVAL IN ACID MINE DRAINAGE USING ANAEROBIC FIXED BED REACTORS
WITH CHEESE WHEY AS A CARBON SOURCE |
329 |
|
P. C. Mazo, L. A. Ríos |
ESTERIFICATION AND
TRANSESTERIFICATION ASSISTED BY MICROWAVES OF CRUDE PALM OIL.
HOMOGENEOUS CATALYSIS |
337 |
|
P. C. Mazo, L. A. Ríos |
ESTERIFICATION AND
TRANSESTERIFICATION ASSISTED BY MICROWAVES OF CRUDE PALM OIL.
HETEROGENEOUS CATALYSIS |
343 |
M. Bidabadi ,
S. Montazerinejad, S. A. Fanaee |
AN ANALYTICAL STUDY OF
RADIATION EFFECT ON THE IGNITION OF MAGNESIUM PARTICLES USING
PERTURBATION THEORY |
351 |
|
J. Krishnan, T. Swaminathan |
KINETIC MODELING OF A
PHOTOCATALYTIC REACTOR DESIGNED FOR REMOVAL OF GAS–PHASE
BENZENE: A STUDY ON LIMITING RESISTANCES USING DESIGN OF
EXPERIMENTS |
359 |
|
I. Rintoul, C. Wandrey |
LIMIT OF APPLICABILITY OF
THE MONOMER-ENHANCED MECHANISM FOR RADICAL GENERATION IN
PERSULFATE INITIATED POLYMERIZATION OF ACRYLAMIDE |
365 |
R. M. Sá, L. M. N. Góis ,
C. F. Cavalcanti |
DISPERSED PHASE HOLDUP IN
A LIQUID-LIQUID EXTRACTION COLUMN |
373 |
|
J. I. Gere, R. Gratton |
SIMPLE, LOW-COST FLOW
CONTROLLERS FOR TIME AVERAGED ATMOSPHERIC SAMPLING AND OTHER
APPLICATIONS |
377 |
M. Kashiri, M.
Kashaninejad,
N. Aghajani |
MODELING WATER
ABSORPTION OF SORGHUM DURING SOAKING |
383 |
