| XI - XI |
Reaction Calorimetry - Preface
Landau RN |
| 101 - 126 |
Expanding the Role of Reaction Calorimetry
Landau RN |
| 127 - 142 |
Assessment of Hazards Linked to Accumulation in Semibatch Reactors
Lerena P, Wehner W, Weber H, Stoessel F |
| 143 - 154 |
The Role of Reaction Calorimetry in the Development and Scale-Up of Aromatic Nitrations
Ende DJ, Clifford PJ, Northrup DL |
| 155 - 165 |
Shell-Modified Sikarex Calorimeter as a Screening Tool for Runaway Reactions
Kars J, Visser C |
| 167 - 176 |
The Role of Calorimetry in Chemical-Plant Safety - A Chlorination Reaction
Rowe SM |
| 177 - 187 |
Kinetics of the Reaction of 4,4’-Methylenedianiline with Propylene-Oxide in Ethylene-Glycol
Machado RM, Mitchell JW, Bullock JP, Farrell BE |
| 189 - 207 |
Reaction Calorimetry as an in-Situ Kinetic Tool for Characterizing Complex-Reactions
Leblond C, Wang J, Larsen RD, Orella CJ, Forman AL, Landau RN, Laquidara J, Sowa JR, Blackmond DG, Sun YK |
| 209 - 221 |
A New Method for the Determination of the Arrhenius Constants for the Cure Process of Unsaturated Polyester Resins Based on a Mechanistic Model
Zetterlund PB, Johnson AF |
| 223 - 242 |
An Adaptive Inferential Measurement Strategy for Online Monitoring of Conversion in Polymerization Processes
Fevotte G, Barudio I, Guillot J |
| 243 - 265 |
Developing Feed Policies to Maximize Productivity in Emulsion Polymerization Processes
Gloor PE, Warner RJ |
| 267 - 302 |
Development of a Mathematical-Model and a Simulator for the Analysis and Optimization of Batch Reactors - Experimental-Model Characterization Using a Reaction Calorimeter
Zaldivar JM, Hernandez H, Barcons C |
| 303 - 310 |
Calorimetric Investigation of the Reactivities of Polyether Macrodiols and Glycerol with 4,4’-Diphenylmethane Diisocyanate (MDI)
Chappel J, Argust P |
| 311 - 325 |
Dynamic Evaluation of Heat-Flow Reaction Calorimeters Under Reflux Conditions
Nomen R, Sempere J, Cunha RL |
| 327 - 341 |
An Advanced Calorimetric Approach for Population Balance Modeling in Batch Crystallization Processes
Monnier O, Fevotte G, Hoff C, Klein JP |
| 343 - 349 |
The Effect of Operating-Conditions on a Reaction Calorimeter
Hariri MH, Lewis RA, Lonis TR, Parker BE, Stephenson KA |
| 351 - 366 |
A Method to Determine Heat-Transfer Coefficients in a Heat-Flow Reaction Calorimeter
Kumpinsky E |
| 367 - 369 |
Hysteresis in the Determination of the Heat-Loss Number
Kumpinsky E |
